Technology & Device Questions
Understand the Technology Before You Invest
Understand the Technology Before You Invest
Understand the Technology Before You Invest
From diode laser and IPL to fractional CO₂, microneedling, RF and facial systems, we break down the technology in straightforward terms.
Laser Hair Removal
What is a diode laser?
A diode laser is a laser system that uses semiconductor diodes to generate specific wavelengths of light, commonly for hair reduction. The laser energy targets pigment within the hair follicle, while treatment parameters can be adjusted for different skin types, hair characteristics and treatment areas. Many diode systems also include integrated contact cooling to help protect the skin and improve treatment comfort.
What is a diode laser?
A diode laser is a laser system that uses semiconductor diodes to generate specific wavelengths of light, commonly for hair reduction. The laser energy targets pigment within the hair follicle, while treatment parameters can be adjusted for different skin types, hair characteristics and treatment areas. Many diode systems also include integrated contact cooling to help protect the skin and improve treatment comfort.
Do you ship across Canada?
Yes. True North Aesthetic Supply ships to clinics and professionals across Canada. Delivery options may vary depending on the device, destination, and shipment size.
What is the difference between diode laser and IPL for hair removal?
Diode laser uses focused laser wavelengths, while IPL uses a broader spectrum of light. Both can be used for hair-reduction applications, but they deliver energy differently and may have different treatment protocols depending on the system.
What is the difference between diode laser and IPL for hair removal?
Diode laser uses focused laser wavelengths, while IPL uses a broader spectrum of light. Both can be used for hair-reduction applications, but they deliver energy differently and may have different treatment protocols depending on the system.
What wavelengths are commonly used in diode laser systems?
Common diode laser wavelengths include 755 nm, 808 nm and 1064 nm. Some systems combine multiple wavelengths within one handpiece to support treatment across different hair depths and skin types.
What wavelengths are commonly used in diode laser systems?
Common diode laser wavelengths include 755 nm, 808 nm and 1064 nm. Some systems combine multiple wavelengths within one handpiece to support treatment across different hair depths and skin types.
Can diode laser be used on different skin types?
Many modern diode systems are designed with adjustable parameters and wavelength combinations that support treatment across a broad range of skin types. Exact suitability depends on the specific device and treatment protocol.
Can diode laser be used on different skin types?
Many modern diode systems are designed with adjustable parameters and wavelength combinations that support treatment across a broad range of skin types. Exact suitability depends on the specific device and treatment protocol.
What should I compare when choosing a diode laser?
Look at wavelength configuration, treatment window size, handpiece power, cooling system, pulse settings, repetition rate, ergonomics, training, warranty and the device’s Canadian regulatory status.
What should I compare when choosing a diode laser?
Look at wavelength configuration, treatment window size, handpiece power, cooling system, pulse settings, repetition rate, ergonomics, training, warranty and the device’s Canadian regulatory status.
Why do some diode lasers use multiple wavelengths?
Different wavelengths penetrate to different depths and interact differently with hair and skin. Multi-wavelength systems are designed to give practitioners more flexibility across varying hair types, treatment areas and skin tones.
Why do some diode lasers use multiple wavelengths?
Different wavelengths penetrate to different depths and interact differently with hair and skin. Multi-wavelength systems are designed to give practitioners more flexibility across varying hair types, treatment areas and skin tones.
How does laser hair removal work?
Laser hair removal uses concentrated light energy that is absorbed by pigment in the hair. That energy is converted to heat and directed toward the follicle, helping reduce its ability to produce future hair growth.
How does laser hair removal work?
Laser hair removal uses concentrated light energy that is absorbed by pigment in the hair. That energy is converted to heat and directed toward the follicle, helping reduce its ability to produce future hair growth.
Why are multiple treatments needed?
Why are multiple treatments needed?
Why are multiple treatments needed?
Why are multiple treatments needed?
What role does cooling play during treatment?
Cooling helps protect the surface of the skin while laser energy is delivered to the follicle. It can also improve treatment comfort and allow the practitioner to work more consistently across larger areas.
What role does cooling play during treatment?
Cooling helps protect the surface of the skin while laser energy is delivered to the follicle. It can also improve treatment comfort and allow the practitioner to work more consistently across larger areas.
What is contact cooling?
Contact cooling uses a cooled surface—often a sapphire treatment window—that stays in direct contact with the skin during treatment. It helps remove heat from the skin before, during and after each laser pulse.
What is contact cooling?
Contact cooling uses a cooled surface—often a sapphire treatment window—that stays in direct contact with the skin during treatment. It helps remove heat from the skin before, during and after each laser pulse.
What does spot size mean on a diode laser?
What does spot size mean on a diode laser?
What does spot size mean on a diode laser?
What does spot size mean on a diode laser?
Why does handpiece power matter?
Handpiece power influences how much laser energy the system is capable of producing and how efficiently it can maintain treatment delivery. Power should always be considered alongside pulse settings, spot size, cooling and the overall design of the system.
Why does handpiece power matter?
Handpiece power influences how much laser energy the system is capable of producing and how efficiently it can maintain treatment delivery. Power should always be considered alongside pulse settings, spot size, cooling and the overall design of the system.
What does pulse width mean?
Pulse width describes how long each laser pulse is delivered. Adjustable pulse durations allow practitioners to modify how energy is delivered based on factors such as hair characteristics, skin type and treatment area.
What does pulse width mean?
Pulse width describes how long each laser pulse is delivered. Adjustable pulse durations allow practitioners to modify how energy is delivered based on factors such as hair characteristics, skin type and treatment area.
What does repetition rate mean?
Repetition rate, usually measured in hertz (Hz), describes how many laser pulses can be delivered per second. Higher repetition rates can support faster treatment when used appropriately with the selected settings and technique.
What does repetition rate mean?
Repetition rate, usually measured in hertz (Hz), describes how many laser pulses can be delivered per second. Higher repetition rates can support faster treatment when used appropriately with the selected settings and technique.
Why do some diode lasers use 755 nm, 808 nm and 1064 nm together?
These wavelengths interact with hair and skin at different depths. Combining them can provide greater treatment flexibility across different hair characteristics, skin tones and treatment areas.
Why do some diode lasers use 755 nm, 808 nm and 1064 nm together?
These wavelengths interact with hair and skin at different depths. Combining them can provide greater treatment flexibility across different hair characteristics, skin tones and treatment areas.
Can diode laser treat both coarse and fine hair?
Treatment response varies depending on hair colour, thickness, density and the amount of pigment present. Darker, more pigmented hair generally responds more readily to laser energy than very light, grey, white or red hair.
Can diode laser treat both coarse and fine hair?
Treatment response varies depending on hair colour, thickness, density and the amount of pigment present. Darker, more pigmented hair generally responds more readily to laser energy than very light, grey, white or red hair.
Can diode laser be used on the face and body?
Yes, depending on the device and treatment protocol. Diode laser systems can be used on many facial and body areas, with treatment settings and spot sizes adjusted according to the area being treated.
Can diode laser be used on the face and body?
Yes, depending on the device and treatment protocol. Diode laser systems can be used on many facial and body areas, with treatment settings and spot sizes adjusted according to the area being treated.
What should I compare when choosing between diode laser systems?
Compare wavelength configuration, treatment window sizes, cooling performance, pulse-width range, repetition rate, handpiece design, system power, ergonomics, training, warranty, service support and Canadian regulatory status.
What should I compare when choosing between diode laser systems?
Compare wavelength configuration, treatment window sizes, cooling performance, pulse-width range, repetition rate, handpiece design, system power, ergonomics, training, warranty, service support and Canadian regulatory status.
What is a diode laser?
A diode laser is a laser system that uses semiconductor diodes to generate specific wavelengths of light, commonly for hair reduction. The laser energy targets pigment within the hair follicle, while treatment parameters can be adjusted for different skin types, hair characteristics and treatment areas. Many diode systems also include integrated contact cooling to help protect the skin and improve treatment comfort.
Do you ship across Canada?
Yes. True North Aesthetic Supply ships to clinics and professionals across Canada. Delivery options may vary depending on the device, destination, and shipment size.
What is the difference between diode laser and IPL for hair removal?
Diode laser uses focused laser wavelengths, while IPL uses a broader spectrum of light. Both can be used for hair-reduction applications, but they deliver energy differently and may have different treatment protocols depending on the system.
What wavelengths are commonly used in diode laser systems?
Common diode laser wavelengths include 755 nm, 808 nm and 1064 nm. Some systems combine multiple wavelengths within one handpiece to support treatment across different hair depths and skin types.
Can diode laser be used on different skin types?
Many modern diode systems are designed with adjustable parameters and wavelength combinations that support treatment across a broad range of skin types. Exact suitability depends on the specific device and treatment protocol.
What should I compare when choosing a diode laser?
Look at wavelength configuration, treatment window size, handpiece power, cooling system, pulse settings, repetition rate, ergonomics, training, warranty and the device’s Canadian regulatory status.
Why do some diode lasers use multiple wavelengths?
Different wavelengths penetrate to different depths and interact differently with hair and skin. Multi-wavelength systems are designed to give practitioners more flexibility across varying hair types, treatment areas and skin tones.
How does laser hair removal work?
Laser hair removal uses concentrated light energy that is absorbed by pigment in the hair. That energy is converted to heat and directed toward the follicle, helping reduce its ability to produce future hair growth.
Why are multiple treatments needed?
Why are multiple treatments needed?
What role does cooling play during treatment?
Cooling helps protect the surface of the skin while laser energy is delivered to the follicle. It can also improve treatment comfort and allow the practitioner to work more consistently across larger areas.
What is contact cooling?
Contact cooling uses a cooled surface—often a sapphire treatment window—that stays in direct contact with the skin during treatment. It helps remove heat from the skin before, during and after each laser pulse.
What does spot size mean on a diode laser?
What does spot size mean on a diode laser?
Why does handpiece power matter?
Handpiece power influences how much laser energy the system is capable of producing and how efficiently it can maintain treatment delivery. Power should always be considered alongside pulse settings, spot size, cooling and the overall design of the system.
What does pulse width mean?
Pulse width describes how long each laser pulse is delivered. Adjustable pulse durations allow practitioners to modify how energy is delivered based on factors such as hair characteristics, skin type and treatment area.
What does repetition rate mean?
Repetition rate, usually measured in hertz (Hz), describes how many laser pulses can be delivered per second. Higher repetition rates can support faster treatment when used appropriately with the selected settings and technique.
Why do some diode lasers use 755 nm, 808 nm and 1064 nm together?
These wavelengths interact with hair and skin at different depths. Combining them can provide greater treatment flexibility across different hair characteristics, skin tones and treatment areas.
Can diode laser treat both coarse and fine hair?
Treatment response varies depending on hair colour, thickness, density and the amount of pigment present. Darker, more pigmented hair generally responds more readily to laser energy than very light, grey, white or red hair.
Can diode laser be used on the face and body?
Yes, depending on the device and treatment protocol. Diode laser systems can be used on many facial and body areas, with treatment settings and spot sizes adjusted according to the area being treated.
What should I compare when choosing between diode laser systems?
Compare wavelength configuration, treatment window sizes, cooling performance, pulse-width range, repetition rate, handpiece design, system power, ergonomics, training, warranty, service support and Canadian regulatory status.
IPL & SHR
What is IPL?
IPL, or Intense Pulsed Light, uses broad-spectrum light rather than a single laser wavelength. Depending on the device and selected filters, IPL can be used for applications such as hair reduction, pigmentation, vascular concerns and skin rejuvenation.
What is IPL?
IPL, or Intense Pulsed Light, uses broad-spectrum light rather than a single laser wavelength. Depending on the device and selected filters, IPL can be used for applications such as hair reduction, pigmentation, vascular concerns and skin rejuvenation.
What is SHR?
SHR, or Super Hair Removal, is a method of delivering light energy through repeated lower-energy pulses while the applicator moves across the treatment area. It is designed to gradually build heat within the target area rather than relying on a single high-energy pulse.
What is SHR?
SHR, or Super Hair Removal, is a method of delivering light energy through repeated lower-energy pulses while the applicator moves across the treatment area. It is designed to gradually build heat within the target area rather than relying on a single high-energy pulse.
What is the difference between IPL and SHR?
IPL describes the light technology itself, while SHR describes a treatment delivery method that may be available on certain IPL systems. Traditional IPL often uses individual pulses, whereas SHR commonly uses repeated pulses delivered while moving continuously across the skin.
What is the difference between IPL and SHR?
IPL describes the light technology itself, while SHR describes a treatment delivery method that may be available on certain IPL systems. Traditional IPL often uses individual pulses, whereas SHR commonly uses repeated pulses delivered while moving continuously across the skin.
How does IPL hair reduction work?
Light energy is absorbed by pigment within the hair and converted to heat. This heat is directed toward the follicle to help reduce future hair growth over a series of treatments.
How does IPL hair reduction work?
Light energy is absorbed by pigment within the hair and converted to heat. This heat is directed toward the follicle to help reduce future hair growth over a series of treatments.
Can IPL be used for more than hair reduction?
Yes. Depending on the device, filters and licensed intended use, IPL systems may support applications such as selected pigmentation concerns, vascular concerns and skin rejuvenation.
Can IPL be used for more than hair reduction?
Yes. Depending on the device, filters and licensed intended use, IPL systems may support applications such as selected pigmentation concerns, vascular concerns and skin rejuvenation.
What do IPL filters do?
Filters control which portions of the broad light spectrum are delivered to the skin. Different filters may be used for different treatment applications, depending on the specific system.
What do IPL filters do?
Filters control which portions of the broad light spectrum are delivered to the skin. Different filters may be used for different treatment applications, depending on the specific system.
What is the difference between IPL and diode laser for hair reduction?
Diode laser uses specific laser wavelengths, while IPL uses filtered broad-spectrum light. Both can be used for hair reduction, but the way the energy is generated and delivered is different.
What is the difference between IPL and diode laser for hair reduction?
Diode laser uses specific laser wavelengths, while IPL uses filtered broad-spectrum light. Both can be used for hair reduction, but the way the energy is generated and delivered is different.
What does cooling do on an IPL system?
Cooling helps protect the skin and improve client comfort while light energy is delivered. Cooling methods vary between systems and may include contact cooling through the treatment handpiece.
What does cooling do on an IPL system?
Cooling helps protect the skin and improve client comfort while light energy is delivered. Cooling methods vary between systems and may include contact cooling through the treatment handpiece.
What should I compare when choosing an IPL system?
Compare treatment applications, available filters or handpieces, wavelength ranges, pulse settings, cooling, spot size, treatment speed, training, warranty, service support and Canadian regulatory status.
What should I compare when choosing an IPL system?
Compare treatment applications, available filters or handpieces, wavelength ranges, pulse settings, cooling, spot size, treatment speed, training, warranty, service support and Canadian regulatory status.
What does pulse duration mean in IPL?
Pulse duration describes how long the light energy is delivered during each pulse. Adjustable pulse durations allow practitioners to modify energy delivery based on the treatment application, skin type and target being treated.
What does pulse duration mean in IPL?
Pulse duration describes how long the light energy is delivered during each pulse. Adjustable pulse durations allow practitioners to modify energy delivery based on the treatment application, skin type and target being treated.
What is a multi-pulse or stacked-pulse treatment?
Some IPL systems divide one treatment pulse into several smaller pulses separated by short intervals. This can allow heat to build within the target while giving surrounding tissue time to cool between pulses.
What is a multi-pulse or stacked-pulse treatment?
Some IPL systems divide one treatment pulse into several smaller pulses separated by short intervals. This can allow heat to build within the target while giving surrounding tissue time to cool between pulses.
What affects treatment speed with IPL?
Treatment speed can be influenced by spot size, repetition rate, pulse settings, cooling performance and the treatment method being used. Larger treatment windows and faster repetition rates can help improve efficiency on larger areas.
What affects treatment speed with IPL?
Treatment speed can be influenced by spot size, repetition rate, pulse settings, cooling performance and the treatment method being used. Larger treatment windows and faster repetition rates can help improve efficiency on larger areas.
Can IPL be used for pigmentation and vascular concerns?
Depending on the device, available filters and licensed intended use, IPL may be used for selected benign pigmentation and vascular applications. Exact treatment capabilities should always be confirmed for the specific system.
Can IPL be used for pigmentation and vascular concerns?
Depending on the device, available filters and licensed intended use, IPL may be used for selected benign pigmentation and vascular applications. Exact treatment capabilities should always be confirmed for the specific system.
Why is skin typing important with IPL?
IPL energy interacts with melanin in both the treatment target and the surrounding skin. Skin typing helps practitioners select appropriate treatment parameters and determine whether a client is suitable for a particular IPL treatment.
Why is skin typing important with IPL?
IPL energy interacts with melanin in both the treatment target and the surrounding skin. Skin typing helps practitioners select appropriate treatment parameters and determine whether a client is suitable for a particular IPL treatment.
What is the difference between IPL skin rejuvenation and laser resurfacing?
IPL generally uses light energy to target concerns such as uneven pigmentation, redness and overall skin appearance without removing the skin’s surface. Laser resurfacing technologies, such as fractional CO₂, create controlled treatment zones within the skin to produce a different type of resurfacing response.
What is the difference between IPL skin rejuvenation and laser resurfacing?
IPL generally uses light energy to target concerns such as uneven pigmentation, redness and overall skin appearance without removing the skin’s surface. Laser resurfacing technologies, such as fractional CO₂, create controlled treatment zones within the skin to produce a different type of resurfacing response.
Can one IPL system perform multiple treatment applications?
Yes. Some IPL platforms use interchangeable filters or treatment modes that allow one system to support several applications. The exact capabilities depend on the specific device and its approved intended use.
Can one IPL system perform multiple treatment applications?
Yes. Some IPL platforms use interchangeable filters or treatment modes that allow one system to support several applications. The exact capabilities depend on the specific device and its approved intended use.
What should I look for in an IPL handpiece?
Consider treatment window size, available filters, cooling performance, ergonomics, pulse controls and how easily the handpiece can be used across different treatment areas.
What should I look for in an IPL handpiece?
Consider treatment window size, available filters, cooling performance, ergonomics, pulse controls and how easily the handpiece can be used across different treatment areas.
How important is cooling in an IPL system?
Cooling is an important part of many IPL systems because it helps manage heat at the skin surface and improve treatment comfort. The type and performance of the cooling system vary between devices.
How important is cooling in an IPL system?
Cooling is an important part of many IPL systems because it helps manage heat at the skin surface and improve treatment comfort. The type and performance of the cooling system vary between devices.
What is IPL?
IPL, or Intense Pulsed Light, uses broad-spectrum light rather than a single laser wavelength. Depending on the device and selected filters, IPL can be used for applications such as hair reduction, pigmentation, vascular concerns and skin rejuvenation.
What is SHR?
SHR, or Super Hair Removal, is a method of delivering light energy through repeated lower-energy pulses while the applicator moves across the treatment area. It is designed to gradually build heat within the target area rather than relying on a single high-energy pulse.
What is the difference between IPL and SHR?
IPL describes the light technology itself, while SHR describes a treatment delivery method that may be available on certain IPL systems. Traditional IPL often uses individual pulses, whereas SHR commonly uses repeated pulses delivered while moving continuously across the skin.
How does IPL hair reduction work?
Light energy is absorbed by pigment within the hair and converted to heat. This heat is directed toward the follicle to help reduce future hair growth over a series of treatments.
Can IPL be used for more than hair reduction?
Yes. Depending on the device, filters and licensed intended use, IPL systems may support applications such as selected pigmentation concerns, vascular concerns and skin rejuvenation.
What do IPL filters do?
Filters control which portions of the broad light spectrum are delivered to the skin. Different filters may be used for different treatment applications, depending on the specific system.
What is the difference between IPL and diode laser for hair reduction?
Diode laser uses specific laser wavelengths, while IPL uses filtered broad-spectrum light. Both can be used for hair reduction, but the way the energy is generated and delivered is different.
What does cooling do on an IPL system?
Cooling helps protect the skin and improve client comfort while light energy is delivered. Cooling methods vary between systems and may include contact cooling through the treatment handpiece.
What should I compare when choosing an IPL system?
Compare treatment applications, available filters or handpieces, wavelength ranges, pulse settings, cooling, spot size, treatment speed, training, warranty, service support and Canadian regulatory status.
What does pulse duration mean in IPL?
Pulse duration describes how long the light energy is delivered during each pulse. Adjustable pulse durations allow practitioners to modify energy delivery based on the treatment application, skin type and target being treated.
What is a multi-pulse or stacked-pulse treatment?
Some IPL systems divide one treatment pulse into several smaller pulses separated by short intervals. This can allow heat to build within the target while giving surrounding tissue time to cool between pulses.
What affects treatment speed with IPL?
Treatment speed can be influenced by spot size, repetition rate, pulse settings, cooling performance and the treatment method being used. Larger treatment windows and faster repetition rates can help improve efficiency on larger areas.
Can IPL be used for pigmentation and vascular concerns?
Depending on the device, available filters and licensed intended use, IPL may be used for selected benign pigmentation and vascular applications. Exact treatment capabilities should always be confirmed for the specific system.
Why is skin typing important with IPL?
IPL energy interacts with melanin in both the treatment target and the surrounding skin. Skin typing helps practitioners select appropriate treatment parameters and determine whether a client is suitable for a particular IPL treatment.
What is the difference between IPL skin rejuvenation and laser resurfacing?
IPL generally uses light energy to target concerns such as uneven pigmentation, redness and overall skin appearance without removing the skin’s surface. Laser resurfacing technologies, such as fractional CO₂, create controlled treatment zones within the skin to produce a different type of resurfacing response.
Can one IPL system perform multiple treatment applications?
Yes. Some IPL platforms use interchangeable filters or treatment modes that allow one system to support several applications. The exact capabilities depend on the specific device and its approved intended use.
What should I look for in an IPL handpiece?
Consider treatment window size, available filters, cooling performance, ergonomics, pulse controls and how easily the handpiece can be used across different treatment areas.
How important is cooling in an IPL system?
Cooling is an important part of many IPL systems because it helps manage heat at the skin surface and improve treatment comfort. The type and performance of the cooling system vary between devices.
Tattoo Removal Lasers
What is laser tattoo removal?
Laser tattoo removal uses short pulses of light energy to target tattoo pigment within the skin. The energy breaks the pigment into smaller particles that can then be gradually cleared by the body over time.
What is laser tattoo removal?
Laser tattoo removal uses short pulses of light energy to target tattoo pigment within the skin. The energy breaks the pigment into smaller particles that can then be gradually cleared by the body over time.
What is a Q-switched Nd:YAG laser?
A Q-switched Nd:YAG laser delivers very short, high-energy pulses designed to target pigment while limiting heat exposure to surrounding tissue. These systems are commonly used for tattoo removal and selected pigmentation applications.
What is a Q-switched Nd:YAG laser?
A Q-switched Nd:YAG laser delivers very short, high-energy pulses designed to target pigment while limiting heat exposure to surrounding tissue. These systems are commonly used for tattoo removal and selected pigmentation applications.
What is a picosecond laser?
A picosecond laser delivers energy in extremely short pulses measured in picoseconds. These shorter pulses create a stronger photoacoustic effect, helping fragment pigment into smaller particles.
What is a picosecond laser?
A picosecond laser delivers energy in extremely short pulses measured in picoseconds. These shorter pulses create a stronger photoacoustic effect, helping fragment pigment into smaller particles.
What is the difference between Q-switched and picosecond lasers?
Both technologies target pigment using short laser pulses. Picosecond systems use shorter pulse durations than traditional Q-switched lasers, which changes how the pigment is fragmented and how energy is delivered to the skin.
What is the difference between Q-switched and picosecond lasers?
Both technologies target pigment using short laser pulses. Picosecond systems use shorter pulse durations than traditional Q-switched lasers, which changes how the pigment is fragmented and how energy is delivered to the skin.
Why are 1064 nm and 532 nm wavelengths commonly used?
Different wavelengths are absorbed by different pigment colours and depths. The 1064 nm wavelength is commonly used for darker inks and deeper pigment, while 532 nm is often used for selected red, orange and other lighter-coloured pigments.
Why are 1064 nm and 532 nm wavelengths commonly used?
Different wavelengths are absorbed by different pigment colours and depths. The 1064 nm wavelength is commonly used for darker inks and deeper pigment, while 532 nm is often used for selected red, orange and other lighter-coloured pigments.
Can one laser remove every tattoo colour?
Not necessarily. Tattoo response depends on ink colour, pigment composition, depth, density and the wavelengths available on the system. Some colours are significantly more difficult to target than others.
Can one laser remove every tattoo colour?
Not necessarily. Tattoo response depends on ink colour, pigment composition, depth, density and the wavelengths available on the system. Some colours are significantly more difficult to target than others.
What affects how quickly a tattoo can be removed?
Factors can include ink colour, density, depth, tattoo age, whether it is professional or amateur, treatment history, skin characteristics and the technology being used.
What affects how quickly a tattoo can be removed?
Factors can include ink colour, density, depth, tattoo age, whether it is professional or amateur, treatment history, skin characteristics and the technology being used.
Can tattoo-removal lasers also treat pigmentation?
Some Q-switched and picosecond systems are designed for selected pigmentation applications in addition to tattoo removal. Exact indications depend on the specific device and its licensed intended use.
Can tattoo-removal lasers also treat pigmentation?
Some Q-switched and picosecond systems are designed for selected pigmentation applications in addition to tattoo removal. Exact indications depend on the specific device and its licensed intended use.
What is an aiming beam?
An aiming beam is a visible guide light that helps the practitioner identify where the treatment laser will be delivered. It is separate from the therapeutic laser wavelength itself.
What is an aiming beam?
An aiming beam is a visible guide light that helps the practitioner identify where the treatment laser will be delivered. It is separate from the therapeutic laser wavelength itself.
What does spot size mean in tattoo removal?
Spot size refers to the diameter of the laser beam delivered to the skin. Different spot sizes may be selected depending on pigment depth, treatment area and the device’s available settings.
What does spot size mean in tattoo removal?
Spot size refers to the diameter of the laser beam delivered to the skin. Different spot sizes may be selected depending on pigment depth, treatment area and the device’s available settings.
What does pulse energy mean?
Pulse energy describes the amount of energy delivered with each laser pulse. It is one of several parameters adjusted during treatment along with spot size and repetition rate.
What does pulse energy mean?
Pulse energy describes the amount of energy delivered with each laser pulse. It is one of several parameters adjusted during treatment along with spot size and repetition rate.
What should I compare when choosing a tattoo-removal laser?
Compare available wavelengths, pulse duration, energy output, spot-size options, repetition rate, handpiece design, cooling or skin-management options, training, warranty, service support and Canadian regulatory status.
What should I compare when choosing a tattoo-removal laser?
Compare available wavelengths, pulse duration, energy output, spot-size options, repetition rate, handpiece design, cooling or skin-management options, training, warranty, service support and Canadian regulatory status.
Does tattoo colour affect removal?
Yes. Different ink colours absorb different wavelengths of light. Dark inks are generally easier to target, while some colours require specific wavelengths and may respond more slowly.
Does tattoo colour affect removal?
Yes. Different ink colours absorb different wavelengths of light. Dark inks are generally easier to target, while some colours require specific wavelengths and may respond more slowly.
Does tattoo age affect removal?
Yes. Older tattoos may sometimes respond differently because pigment can already be partially broken down or faded over time. Tattoo age is only one factor among many.
Does tattoo age affect removal?
Yes. Older tattoos may sometimes respond differently because pigment can already be partially broken down or faded over time. Tattoo age is only one factor among many.
Are professional tattoos harder to remove than amateur tattoos?
They can be. Professional tattoos often contain denser pigment and may be placed deeper or more uniformly in the skin, while amateur tattoos can vary significantly in depth and ink concentration.
Are professional tattoos harder to remove than amateur tattoos?
They can be. Professional tattoos often contain denser pigment and may be placed deeper or more uniformly in the skin, while amateur tattoos can vary significantly in depth and ink concentration.
Why can some tattoo pigments darken after laser treatment?
Certain cosmetic pigments contain compounds that can change colour when exposed to laser energy. This is one reason test spots, pigment history and appropriate training are important.
Why can some tattoo pigments darken after laser treatment?
Certain cosmetic pigments contain compounds that can change colour when exposed to laser energy. This is one reason test spots, pigment history and appropriate training are important.
What is a test spot and why is it used?
A test spot applies laser energy to a small area before broader treatment. It can help assess pigment response and skin reaction before proceeding.
What is a test spot and why is it used?
A test spot applies laser energy to a small area before broader treatment. It can help assess pigment response and skin reaction before proceeding.
Does skin type matter for tattoo removal?
Yes. Skin pigmentation affects how laser energy interacts with the treatment area. Appropriate wavelength selection, settings and treatment technique are important for reducing unwanted skin reactions.
Does skin type matter for tattoo removal?
Yes. Skin pigmentation affects how laser energy interacts with the treatment area. Appropriate wavelength selection, settings and treatment technique are important for reducing unwanted skin reactions.
What is frosting during tattoo removal?
Frosting is the temporary white appearance that can occur immediately after a laser pulse due to rapid changes within the treated tissue. It is a treatment response, not the tattoo disappearing instantly.
What is frosting during tattoo removal?
Frosting is the temporary white appearance that can occur immediately after a laser pulse due to rapid changes within the treated tissue. It is a treatment response, not the tattoo disappearing instantly.
Why is wavelength selection important?
Different wavelengths interact differently with ink colours and skin pigment. Choosing the appropriate wavelength helps direct more energy toward the intended pigment target.
Why is wavelength selection important?
Different wavelengths interact differently with ink colours and skin pigment. Choosing the appropriate wavelength helps direct more energy toward the intended pigment target.
What is the difference between pulse duration and energy?
Pulse duration describes how quickly the laser energy is delivered, while pulse energy describes how much energy is delivered with each pulse. Both influence how the laser interacts with tattoo pigment.
What is the difference between pulse duration and energy?
Pulse duration describes how quickly the laser energy is delivered, while pulse energy describes how much energy is delivered with each pulse. Both influence how the laser interacts with tattoo pigment.
What does fluence mean?
Fluence refers to the amount of laser energy delivered over a specific area, usually expressed in joules per square centimetre. It is one of the key treatment parameters practitioners adjust.
What does fluence mean?
Fluence refers to the amount of laser energy delivered over a specific area, usually expressed in joules per square centimetre. It is one of the key treatment parameters practitioners adjust.
What does repetition rate mean on a tattoo-removal laser?
Repetition rate, measured in hertz, describes how many pulses the laser can deliver per second. Higher repetition rates can help improve treatment speed when used appropriately.
What does repetition rate mean on a tattoo-removal laser?
Repetition rate, measured in hertz, describes how many pulses the laser can deliver per second. Higher repetition rates can help improve treatment speed when used appropriately.
Why do some systems have adjustable spot sizes?
Different spot sizes provide flexibility for varying tattoo sizes, pigment depths and treatment areas. Larger spot sizes may also support deeper penetration depending on the laser system.
Why do some systems have adjustable spot sizes?
Different spot sizes provide flexibility for varying tattoo sizes, pigment depths and treatment areas. Larger spot sizes may also support deeper penetration depending on the laser system.
Can tattoo-removal lasers treat permanent makeup?
Some systems may be indicated for selected permanent-makeup applications, but pigment composition must be considered carefully because certain cosmetic pigments can react unpredictably.
Can tattoo-removal lasers treat permanent makeup?
Some systems may be indicated for selected permanent-makeup applications, but pigment composition must be considered carefully because certain cosmetic pigments can react unpredictably.
Can laser tattoo removal completely erase a tattoo?
Complete clearance cannot be guaranteed. Results vary based on ink colour, depth, density, tattoo age, skin characteristics, treatment history and individual response.
Can laser tattoo removal completely erase a tattoo?
Complete clearance cannot be guaranteed. Results vary based on ink colour, depth, density, tattoo age, skin characteristics, treatment history and individual response.
How long are treatments usually spaced apart?
Treatment intervals allow the skin to recover and the body time to clear fragmented pigment. The appropriate interval depends on the treatment protocol and individual response.
How long are treatments usually spaced apart?
Treatment intervals allow the skin to recover and the body time to clear fragmented pigment. The appropriate interval depends on the treatment protocol and individual response.
Why is eye protection required?
Frosting is the temporary white appearance that can occur immediately after a laser pulse due to rapid changes within the treated tissue. It is a treatment response, not the tattoo disappearing instantly.
Why is eye protection required?
Frosting is the temporary white appearance that can occur immediately after a laser pulse due to rapid changes within the treated tissue. It is a treatment response, not the tattoo disappearing instantly.
Do tattoo-removal lasers require special training?
Yes. Operators should understand laser safety, skin assessment, wavelength selection, treatment parameters, contraindications and treatment technique before using the system.
Do tattoo-removal lasers require special training?
Yes. Operators should understand laser safety, skin assessment, wavelength selection, treatment parameters, contraindications and treatment technique before using the system.
Can the same laser be used for tattoos and pigmentation?
Some systems support both applications, but the available treatments depend on the device’s wavelengths, settings and licensed intended use.
Can the same laser be used for tattoos and pigmentation?
Some systems support both applications, but the available treatments depend on the device’s wavelengths, settings and licensed intended use.
What is laser tattoo removal?
Laser tattoo removal uses short pulses of light energy to target tattoo pigment within the skin. The energy breaks the pigment into smaller particles that can then be gradually cleared by the body over time.
What is a Q-switched Nd:YAG laser?
A Q-switched Nd:YAG laser delivers very short, high-energy pulses designed to target pigment while limiting heat exposure to surrounding tissue. These systems are commonly used for tattoo removal and selected pigmentation applications.
What is a picosecond laser?
A picosecond laser delivers energy in extremely short pulses measured in picoseconds. These shorter pulses create a stronger photoacoustic effect, helping fragment pigment into smaller particles.
What is the difference between Q-switched and picosecond lasers?
Both technologies target pigment using short laser pulses. Picosecond systems use shorter pulse durations than traditional Q-switched lasers, which changes how the pigment is fragmented and how energy is delivered to the skin.
Why are 1064 nm and 532 nm wavelengths commonly used?
Different wavelengths are absorbed by different pigment colours and depths. The 1064 nm wavelength is commonly used for darker inks and deeper pigment, while 532 nm is often used for selected red, orange and other lighter-coloured pigments.
Can one laser remove every tattoo colour?
Not necessarily. Tattoo response depends on ink colour, pigment composition, depth, density and the wavelengths available on the system. Some colours are significantly more difficult to target than others.
What affects how quickly a tattoo can be removed?
Factors can include ink colour, density, depth, tattoo age, whether it is professional or amateur, treatment history, skin characteristics and the technology being used.
Can tattoo-removal lasers also treat pigmentation?
Some Q-switched and picosecond systems are designed for selected pigmentation applications in addition to tattoo removal. Exact indications depend on the specific device and its licensed intended use.
What is an aiming beam?
An aiming beam is a visible guide light that helps the practitioner identify where the treatment laser will be delivered. It is separate from the therapeutic laser wavelength itself.
What does spot size mean in tattoo removal?
Spot size refers to the diameter of the laser beam delivered to the skin. Different spot sizes may be selected depending on pigment depth, treatment area and the device’s available settings.
What does pulse energy mean?
Pulse energy describes the amount of energy delivered with each laser pulse. It is one of several parameters adjusted during treatment along with spot size and repetition rate.
What should I compare when choosing a tattoo-removal laser?
Compare available wavelengths, pulse duration, energy output, spot-size options, repetition rate, handpiece design, cooling or skin-management options, training, warranty, service support and Canadian regulatory status.
Does tattoo colour affect removal?
Yes. Different ink colours absorb different wavelengths of light. Dark inks are generally easier to target, while some colours require specific wavelengths and may respond more slowly.
Does tattoo age affect removal?
Yes. Older tattoos may sometimes respond differently because pigment can already be partially broken down or faded over time. Tattoo age is only one factor among many.
Are professional tattoos harder to remove than amateur tattoos?
They can be. Professional tattoos often contain denser pigment and may be placed deeper or more uniformly in the skin, while amateur tattoos can vary significantly in depth and ink concentration.
Why can some tattoo pigments darken after laser treatment?
Certain cosmetic pigments contain compounds that can change colour when exposed to laser energy. This is one reason test spots, pigment history and appropriate training are important.
What is a test spot and why is it used?
A test spot applies laser energy to a small area before broader treatment. It can help assess pigment response and skin reaction before proceeding.
Does skin type matter for tattoo removal?
Yes. Skin pigmentation affects how laser energy interacts with the treatment area. Appropriate wavelength selection, settings and treatment technique are important for reducing unwanted skin reactions.
What is frosting during tattoo removal?
Frosting is the temporary white appearance that can occur immediately after a laser pulse due to rapid changes within the treated tissue. It is a treatment response, not the tattoo disappearing instantly.
Why is wavelength selection important?
Different wavelengths interact differently with ink colours and skin pigment. Choosing the appropriate wavelength helps direct more energy toward the intended pigment target.
What is the difference between pulse duration and energy?
Pulse duration describes how quickly the laser energy is delivered, while pulse energy describes how much energy is delivered with each pulse. Both influence how the laser interacts with tattoo pigment.
What does fluence mean?
Fluence refers to the amount of laser energy delivered over a specific area, usually expressed in joules per square centimetre. It is one of the key treatment parameters practitioners adjust.
What does repetition rate mean on a tattoo-removal laser?
Repetition rate, measured in hertz, describes how many pulses the laser can deliver per second. Higher repetition rates can help improve treatment speed when used appropriately.
Why do some systems have adjustable spot sizes?
Different spot sizes provide flexibility for varying tattoo sizes, pigment depths and treatment areas. Larger spot sizes may also support deeper penetration depending on the laser system.
Can tattoo-removal lasers treat permanent makeup?
Some systems may be indicated for selected permanent-makeup applications, but pigment composition must be considered carefully because certain cosmetic pigments can react unpredictably.
Can laser tattoo removal completely erase a tattoo?
Complete clearance cannot be guaranteed. Results vary based on ink colour, depth, density, tattoo age, skin characteristics, treatment history and individual response.
How long are treatments usually spaced apart?
Treatment intervals allow the skin to recover and the body time to clear fragmented pigment. The appropriate interval depends on the treatment protocol and individual response.
Why is eye protection required?
Frosting is the temporary white appearance that can occur immediately after a laser pulse due to rapid changes within the treated tissue. It is a treatment response, not the tattoo disappearing instantly.
Do tattoo-removal lasers require special training?
Yes. Operators should understand laser safety, skin assessment, wavelength selection, treatment parameters, contraindications and treatment technique before using the system.
Can the same laser be used for tattoos and pigmentation?
Some systems support both applications, but the available treatments depend on the device’s wavelengths, settings and licensed intended use.
Fractional CO₂ Laser
What is a fractional CO₂ laser?
A fractional CO₂ laser is a resurfacing technology that delivers carbon dioxide laser energy into controlled microscopic treatment zones within the skin. This allows selected areas of tissue to be treated while leaving surrounding tissue intact to support recovery.
What is a fractional CO₂ laser?
A fractional CO₂ laser is a resurfacing technology that delivers carbon dioxide laser energy into controlled microscopic treatment zones within the skin. This allows selected areas of tissue to be treated while leaving surrounding tissue intact to support recovery.
What is fractional skin resurfacing?
Fractional resurfacing treats a portion of the skin at a time rather than removing the entire surface. The laser creates microscopic columns of treatment within the skin to support renewal and collagen remodeling.
What is fractional skin resurfacing?
Fractional resurfacing treats a portion of the skin at a time rather than removing the entire surface. The laser creates microscopic columns of treatment within the skin to support renewal and collagen remodeling.
What is a CO₂ laser commonly used for?
Depending on the specific device and its intended use, fractional CO₂ systems may be used for applications such as skin resurfacing, texture improvement, fine lines, acne scars, surgical or traumatic scars and selected pigmentation concerns.
What is a CO₂ laser commonly used for?
Depending on the specific device and its intended use, fractional CO₂ systems may be used for applications such as skin resurfacing, texture improvement, fine lines, acne scars, surgical or traumatic scars and selected pigmentation concerns.
What does “fractional” mean?
Fractional means the laser energy is delivered in a pattern of microscopic treatment zones rather than across the entire skin surface. Untreated tissue remains between these zones.
What does “fractional” mean?
Fractional means the laser energy is delivered in a pattern of microscopic treatment zones rather than across the entire skin surface. Untreated tissue remains between these zones.
How is fractional CO₂ different from IPL?
IPL uses broad-spectrum light primarily for selected pigment, vascular, hair-reduction and rejuvenation applications. Fractional CO₂ is an ablative laser technology designed to create controlled microscopic resurfacing zones within the skin.
How is fractional CO₂ different from IPL?
IPL uses broad-spectrum light primarily for selected pigment, vascular, hair-reduction and rejuvenation applications. Fractional CO₂ is an ablative laser technology designed to create controlled microscopic resurfacing zones within the skin.
How is fractional CO₂ different from RF microneedling?
Providing your device details, serial number, photos or videos of the issue, and a description of what occurred can help us troubleshoot more efficiently.
How is fractional CO₂ different from RF microneedling?
Providing your device details, serial number, photos or videos of the issue, and a description of what occurred can help us troubleshoot more efficiently.
What does ablative mean?
Ablative laser treatment removes or vaporizes controlled portions of tissue. Fractional ablative systems do this in microscopic columns rather than treating the entire surface uniformly.
What does ablative mean?
Ablative laser treatment removes or vaporizes controlled portions of tissue. Fractional ablative systems do this in microscopic columns rather than treating the entire surface uniformly.
Why do some fractional CO₂ systems have different scanning patterns?
Different scan patterns allow practitioners to adjust how laser energy is distributed across the treatment area. Pattern shape, spacing and density may be selected based on the treatment area and protocol.
Why do some fractional CO₂ systems have different scanning patterns?
Different scan patterns allow practitioners to adjust how laser energy is distributed across the treatment area. Pattern shape, spacing and density may be selected based on the treatment area and protocol.
What does treatment density mean?
Treatment density refers to how closely the microscopic laser treatment zones are placed together. Higher or lower densities change how much of the treatment area is exposed to laser energy.
What does treatment density mean?
Treatment density refers to how closely the microscopic laser treatment zones are placed together. Higher or lower densities change how much of the treatment area is exposed to laser energy.
What does spot size mean on a fractional CO₂ laser?
Spot size refers to the diameter or dimensions of the individual laser treatment point or treatment pattern. Available spot sizes and patterns vary between systems.
What does spot size mean on a fractional CO₂ laser?
Spot size refers to the diameter or dimensions of the individual laser treatment point or treatment pattern. Available spot sizes and patterns vary between systems.
What does pulse duration mean in a CO₂ laser?
Pulse duration describes how long laser energy is delivered during each pulse. Different pulse durations influence how energy interacts with tissue.
What does pulse duration mean in a CO₂ laser?
Pulse duration describes how long laser energy is delivered during each pulse. Different pulse durations influence how energy interacts with tissue.
What is the difference between fractional and surgical CO₂ modes?
Some CO₂ platforms include both fractional resurfacing and continuous or surgical modes. Fractional mode distributes energy across microscopic treatment zones, while surgical modes may deliver more concentrated energy for cutting or tissue vaporization. Exact capabilities depend on the device.
What is the difference between fractional and surgical CO₂ modes?
Some CO₂ platforms include both fractional resurfacing and continuous or surgical modes. Fractional mode distributes energy across microscopic treatment zones, while surgical modes may deliver more concentrated energy for cutting or tissue vaporization. Exact capabilities depend on the device.
Why is smoke evacuation important with CO₂ laser treatments?
Ablative laser procedures can produce a plume as tissue is vaporized. Appropriate smoke evacuation helps remove airborne particles and improve treatment-room safety.
Why is smoke evacuation important with CO₂ laser treatments?
Ablative laser procedures can produce a plume as tissue is vaporized. Appropriate smoke evacuation helps remove airborne particles and improve treatment-room safety.
Does fractional CO₂ require special eye protection?
Yes. Appropriate laser safety eyewear and treatment-room precautions are required based on the laser wavelength and manufacturer instructions.
Does fractional CO₂ require special eye protection?
Yes. Appropriate laser safety eyewear and treatment-room precautions are required based on the laser wavelength and manufacturer instructions.
What should I compare when choosing a fractional CO₂ laser?
Compare laser wavelength, power, pulse controls, scan patterns, treatment density, spot-size options, handpiece design, cooling or plume-management requirements, training, warranty, service support and Canadian regulatory status.
What should I compare when choosing a fractional CO₂ laser?
Compare laser wavelength, power, pulse controls, scan patterns, treatment density, spot-size options, handpiece design, cooling or plume-management requirements, training, warranty, service support and Canadian regulatory status.
Is fractional CO₂ the same as traditional CO₂ resurfacing?
Not exactly. Traditional fully ablative CO₂ resurfacing treats the entire surface area, while fractional CO₂ treats microscopic sections of the skin and leaves surrounding tissue untreated.
Is fractional CO₂ the same as traditional CO₂ resurfacing?
Not exactly. Traditional fully ablative CO₂ resurfacing treats the entire surface area, while fractional CO₂ treats microscopic sections of the skin and leaves surrounding tissue untreated.
How does fractional CO₂ support collagen remodeling?
The controlled thermal injury created by the laser triggers a healing response in the skin. This process can support new collagen formation and tissue remodeling over time.
How does fractional CO₂ support collagen remodeling?
The controlled thermal injury created by the laser triggers a healing response in the skin. This process can support new collagen formation and tissue remodeling over time.
Can fractional CO₂ be used for acne scars?
Yes. Fractional CO₂ resurfacing is designed to improve the appearance of acne scars by creating controlled microscopic treatment zones that support skin renewal and collagen remodeling. Acne scar treatment is specifically listed among the applications for this system.
Can fractional CO₂ be used for acne scars?
Yes. Fractional CO₂ resurfacing is designed to improve the appearance of acne scars by creating controlled microscopic treatment zones that support skin renewal and collagen remodeling. Acne scar treatment is specifically listed among the applications for this system.
Can fractional CO₂ be used for stretch marks?
Yes. Stretch-mark treatment is one of the listed applications for this fractional CO₂ system. Fractional resurfacing can be used to improve the texture and appearance of stretch marks through controlled skin remodeling.
Can fractional CO₂ be used for stretch marks?
Yes. Stretch-mark treatment is one of the listed applications for this fractional CO₂ system. Fractional resurfacing can be used to improve the texture and appearance of stretch marks through controlled skin remodeling.
Can fractional CO₂ be used for pigmentation?
Yes. The system lists age-spot treatment among its skin applications, and the supporting treatment information also identifies superficial pigmentation concerns as an application.
Can fractional CO₂ be used for pigmentation?
Yes. The system lists age-spot treatment among its skin applications, and the supporting treatment information also identifies superficial pigmentation concerns as an application.
What is downtime with fractional CO₂?
Downtime depends on the intensity of the treatment, including the selected energy, pulse settings, treatment density and area treated. More intensive resurfacing generally requires a longer recovery period than lighter fractional treatments.
What is downtime with fractional CO₂?
Downtime depends on the intensity of the treatment, including the selected energy, pulse settings, treatment density and area treated. More intensive resurfacing generally requires a longer recovery period than lighter fractional treatments.
Does skin type matter with fractional CO₂?
Yes. Skin type and pigmentation are important considerations when selecting fractional CO₂ treatment parameters. Client assessment, appropriate settings and proper operator training are important for safe treatment planning.
Does skin type matter with fractional CO₂?
Yes. Skin type and pigmentation are important considerations when selecting fractional CO₂ treatment parameters. Client assessment, appropriate settings and proper operator training are important for safe treatment planning.
What affects treatment intensity?
Treatment intensity is influenced by the selected laser energy, pulse duration, treatment density, scanning pattern, number of passes and treatment area. These settings allow the practitioner to customize how aggressively the skin is treated.
What affects treatment intensity?
Treatment intensity is influenced by the selected laser energy, pulse duration, treatment density, scanning pattern, number of passes and treatment area. These settings allow the practitioner to customize how aggressively the skin is treated.
Why does the CO₂ laser have different handpieces?
Different handpieces allow the platform to perform different types of procedures. This system includes a fractional scanning head, two cutting heads and three specialty treatment heads, giving the platform both fractional resurfacing and more focused treatment capabilities.
Why does the CO₂ laser have different handpieces?
Different handpieces allow the platform to perform different types of procedures. This system includes a fractional scanning head, two cutting heads and three specialty treatment heads, giving the platform both fractional resurfacing and more focused treatment capabilities.
Can fractional CO₂ be used on areas other than the face?
Yes. Fractional CO₂ technology can be used on appropriate treatment areas beyond the face when supported by the treatment protocol and selected handpiece. Treatment parameters are adjusted according to the area and concern being treated.
Can fractional CO₂ be used on areas other than the face?
Yes. Fractional CO₂ technology can be used on appropriate treatment areas beyond the face when supported by the treatment protocol and selected handpiece. Treatment parameters are adjusted according to the area and concern being treated.
How does fractional CO₂ compare with non-ablative resurfacing?
Fractional CO₂ is an ablative resurfacing technology. It creates microscopic columns of controlled tissue removal while leaving surrounding tissue intact. Non-ablative resurfacing heats targeted tissue without vaporizing the skin in the same manner.
How does fractional CO₂ compare with non-ablative resurfacing?
Fractional CO₂ is an ablative resurfacing technology. It creates microscopic columns of controlled tissue removal while leaving surrounding tissue intact. Non-ablative resurfacing heats targeted tissue without vaporizing the skin in the same manner.
What room requirements should a clinic consider for a CO₂ laser?
A clinic should consider the device's electrical requirements, laser-specific eye protection, appropriate treatment-room safety measures and management of laser plume produced during ablative procedures. The treatment space should also provide adequate room for the console and articulated arm.
What room requirements should a clinic consider for a CO₂ laser?
A clinic should consider the device's electrical requirements, laser-specific eye protection, appropriate treatment-room safety measures and management of laser plume produced during ablative procedures. The treatment space should also provide adequate room for the console and articulated arm.
How important is the scanner in a fractional CO₂ system?
The scanner is a major part of fractional treatment delivery. It controls how the laser is distributed across the treatment area, including the treatment pattern and spacing of individual laser points.
How important is the scanner in a fractional CO₂ system?
The scanner is a major part of fractional treatment delivery. It controls how the laser is distributed across the treatment area, including the treatment pattern and spacing of individual laser points.
What is the difference between power and treatment energy?
Power refers to the maximum output capability of the laser system, while treatment energy refers to the amount of laser energy actually delivered to the skin during treatment. A higher maximum power does not mean the device is always used at that level—treatment settings are adjusted based on the procedure, treatment area and desired intensity.
What is the difference between power and treatment energy?
Power refers to the maximum output capability of the laser system, while treatment energy refers to the amount of laser energy actually delivered to the skin during treatment. A higher maximum power does not mean the device is always used at that level—treatment settings are adjusted based on the procedure, treatment area and desired intensity.
What affects treatment intensity?
Treatment intensity is influenced by the selected laser energy, pulse duration, treatment density, scanning pattern, number of passes and treatment area. These settings allow the practitioner to customize how aggressively the skin is treated.
What affects treatment intensity?
Treatment intensity is influenced by the selected laser energy, pulse duration, treatment density, scanning pattern, number of passes and treatment area. These settings allow the practitioner to customize how aggressively the skin is treated.
What is a fractional CO₂ laser?
A fractional CO₂ laser is a resurfacing technology that delivers carbon dioxide laser energy into controlled microscopic treatment zones within the skin. This allows selected areas of tissue to be treated while leaving surrounding tissue intact to support recovery.
What is fractional skin resurfacing?
Fractional resurfacing treats a portion of the skin at a time rather than removing the entire surface. The laser creates microscopic columns of treatment within the skin to support renewal and collagen remodeling.
What is a CO₂ laser commonly used for?
Depending on the specific device and its intended use, fractional CO₂ systems may be used for applications such as skin resurfacing, texture improvement, fine lines, acne scars, surgical or traumatic scars and selected pigmentation concerns.
What does “fractional” mean?
Fractional means the laser energy is delivered in a pattern of microscopic treatment zones rather than across the entire skin surface. Untreated tissue remains between these zones.
How is fractional CO₂ different from IPL?
IPL uses broad-spectrum light primarily for selected pigment, vascular, hair-reduction and rejuvenation applications. Fractional CO₂ is an ablative laser technology designed to create controlled microscopic resurfacing zones within the skin.
How is fractional CO₂ different from RF microneedling?
Providing your device details, serial number, photos or videos of the issue, and a description of what occurred can help us troubleshoot more efficiently.
What does ablative mean?
Ablative laser treatment removes or vaporizes controlled portions of tissue. Fractional ablative systems do this in microscopic columns rather than treating the entire surface uniformly.
Why do some fractional CO₂ systems have different scanning patterns?
Different scan patterns allow practitioners to adjust how laser energy is distributed across the treatment area. Pattern shape, spacing and density may be selected based on the treatment area and protocol.
What does treatment density mean?
Treatment density refers to how closely the microscopic laser treatment zones are placed together. Higher or lower densities change how much of the treatment area is exposed to laser energy.
What does spot size mean on a fractional CO₂ laser?
Spot size refers to the diameter or dimensions of the individual laser treatment point or treatment pattern. Available spot sizes and patterns vary between systems.
What does pulse duration mean in a CO₂ laser?
Pulse duration describes how long laser energy is delivered during each pulse. Different pulse durations influence how energy interacts with tissue.
What is the difference between fractional and surgical CO₂ modes?
Some CO₂ platforms include both fractional resurfacing and continuous or surgical modes. Fractional mode distributes energy across microscopic treatment zones, while surgical modes may deliver more concentrated energy for cutting or tissue vaporization. Exact capabilities depend on the device.
Why is smoke evacuation important with CO₂ laser treatments?
Ablative laser procedures can produce a plume as tissue is vaporized. Appropriate smoke evacuation helps remove airborne particles and improve treatment-room safety.
Does fractional CO₂ require special eye protection?
Yes. Appropriate laser safety eyewear and treatment-room precautions are required based on the laser wavelength and manufacturer instructions.
What should I compare when choosing a fractional CO₂ laser?
Compare laser wavelength, power, pulse controls, scan patterns, treatment density, spot-size options, handpiece design, cooling or plume-management requirements, training, warranty, service support and Canadian regulatory status.
Is fractional CO₂ the same as traditional CO₂ resurfacing?
Not exactly. Traditional fully ablative CO₂ resurfacing treats the entire surface area, while fractional CO₂ treats microscopic sections of the skin and leaves surrounding tissue untreated.
How does fractional CO₂ support collagen remodeling?
The controlled thermal injury created by the laser triggers a healing response in the skin. This process can support new collagen formation and tissue remodeling over time.
Can fractional CO₂ be used for acne scars?
Yes. Fractional CO₂ resurfacing is designed to improve the appearance of acne scars by creating controlled microscopic treatment zones that support skin renewal and collagen remodeling. Acne scar treatment is specifically listed among the applications for this system.
Can fractional CO₂ be used for stretch marks?
Yes. Stretch-mark treatment is one of the listed applications for this fractional CO₂ system. Fractional resurfacing can be used to improve the texture and appearance of stretch marks through controlled skin remodeling.
Can fractional CO₂ be used for pigmentation?
Yes. The system lists age-spot treatment among its skin applications, and the supporting treatment information also identifies superficial pigmentation concerns as an application.
What is downtime with fractional CO₂?
Downtime depends on the intensity of the treatment, including the selected energy, pulse settings, treatment density and area treated. More intensive resurfacing generally requires a longer recovery period than lighter fractional treatments.
Does skin type matter with fractional CO₂?
Yes. Skin type and pigmentation are important considerations when selecting fractional CO₂ treatment parameters. Client assessment, appropriate settings and proper operator training are important for safe treatment planning.
What affects treatment intensity?
Treatment intensity is influenced by the selected laser energy, pulse duration, treatment density, scanning pattern, number of passes and treatment area. These settings allow the practitioner to customize how aggressively the skin is treated.
Why does the CO₂ laser have different handpieces?
Different handpieces allow the platform to perform different types of procedures. This system includes a fractional scanning head, two cutting heads and three specialty treatment heads, giving the platform both fractional resurfacing and more focused treatment capabilities.
Can fractional CO₂ be used on areas other than the face?
Yes. Fractional CO₂ technology can be used on appropriate treatment areas beyond the face when supported by the treatment protocol and selected handpiece. Treatment parameters are adjusted according to the area and concern being treated.
How does fractional CO₂ compare with non-ablative resurfacing?
Fractional CO₂ is an ablative resurfacing technology. It creates microscopic columns of controlled tissue removal while leaving surrounding tissue intact. Non-ablative resurfacing heats targeted tissue without vaporizing the skin in the same manner.
What room requirements should a clinic consider for a CO₂ laser?
A clinic should consider the device's electrical requirements, laser-specific eye protection, appropriate treatment-room safety measures and management of laser plume produced during ablative procedures. The treatment space should also provide adequate room for the console and articulated arm.
How important is the scanner in a fractional CO₂ system?
The scanner is a major part of fractional treatment delivery. It controls how the laser is distributed across the treatment area, including the treatment pattern and spacing of individual laser points.
What is the difference between power and treatment energy?
Power refers to the maximum output capability of the laser system, while treatment energy refers to the amount of laser energy actually delivered to the skin during treatment. A higher maximum power does not mean the device is always used at that level—treatment settings are adjusted based on the procedure, treatment area and desired intensity.
What affects treatment intensity?
Treatment intensity is influenced by the selected laser energy, pulse duration, treatment density, scanning pattern, number of passes and treatment area. These settings allow the practitioner to customize how aggressively the skin is treated.
Hydrodermabrasion Facial Systems
What is hydrodermabrasion?
Hydrodermabrasion is a non-invasive cosmetic facial treatment that combines controlled vacuum, fluid flow and a reusable suction head to cleanse and superficially exfoliate the skin while applying compatible cosmetic skincare solutions.
What is hydrodermabrasion?
Hydrodermabrasion is a non-invasive cosmetic facial treatment that combines controlled vacuum, fluid flow and a reusable suction head to cleanse and superficially exfoliate the skin while applying compatible cosmetic skincare solutions.
What can hydrodermabrasion be used for?
The device documentation lists applications including skin rejuvenation, age spots, uneven skin tone, superficial scarring, blackheads, whiteheads, oily skin and overall skin-health improvement.
What can hydrodermabrasion be used for?
The device documentation lists applications including skin rejuvenation, age spots, uneven skin tone, superficial scarring, blackheads, whiteheads, oily skin and overall skin-health improvement.
What is hydrodermabrasion designed to do?
It is designed for professional cosmetic facial care, including surface cleansing, superficial exfoliation, removal of excess surface oil and visible impurities, and application of cosmetic skincare solutions.
What is hydrodermabrasion designed to do?
It is designed for professional cosmetic facial care, including surface cleansing, superficial exfoliation, removal of excess surface oil and visible impurities, and application of cosmetic skincare solutions.
How does a hydrodermabrasion treatment work?
The system combines adjustable liquid flow with controlled vacuum. Cosmetic solution is delivered through the handpiece while suction helps lift surface debris and used solution away from the skin and into the waste system.
How does a hydrodermabrasion treatment work?
The system combines adjustable liquid flow with controlled vacuum. Cosmetic solution is delivered through the handpiece while suction helps lift surface debris and used solution away from the skin and into the waste system.
What does the vacuum do?
The vacuum provides adjustable suction at the treatment surface. The manufacturer recommends assessing the client’s skin type and sensitivity, beginning with a conservative vacuum level and increasing only as needed.
What does the vacuum do?
The vacuum provides adjustable suction at the treatment surface. The manufacturer recommends assessing the client’s skin type and sensitivity, beginning with a conservative vacuum level and increasing only as needed.
What does the liquid flow do?
The liquid system allows compatible cosmetic skincare solutions to move through the handpiece during treatment. Flow can be increased or decreased using the device’s flow-control system.
What does the liquid flow do?
The liquid system allows compatible cosmetic skincare solutions to move through the handpiece during treatment. Flow can be increased or decreased using the device’s flow-control system.
Does hydrodermabrasion exfoliate the skin?
Yes. Superficial cosmetic exfoliation is one of the stated intended uses of this technology. It is designed to help remove surface dead skin cells and visible impurities.
Does hydrodermabrasion exfoliate the skin?
Yes. Superficial cosmetic exfoliation is one of the stated intended uses of this technology. It is designed to help remove surface dead skin cells and visible impurities.
Can hydrodermabrasion help with excess oil and surface congestion?
Yes. The documented cosmetic functions include removal of surface oil and visible impurities as part of the cleansing and exfoliation process.
Can hydrodermabrasion help with excess oil and surface congestion?
Yes. The documented cosmetic functions include removal of surface oil and visible impurities as part of the cleansing and exfoliation process.
Is hydrodermabrasion invasive?
No. The procedure is described as gentle, refreshing and non-invasive when used as instructed.
Is hydrodermabrasion invasive?
No. The procedure is described as gentle, refreshing and non-invasive when used as instructed.
Can different skincare solutions be used?
Compatible cosmetic skincare solutions can be used, but the manufacturer specifies that only approved solutions compatible with the system should be used. Unapproved liquids may clog the tubing and can affect warranty coverage.
Can different skincare solutions be used?
Compatible cosmetic skincare solutions can be used, but the manufacturer specifies that only approved solutions compatible with the system should be used. Unapproved liquids may clog the tubing and can affect warranty coverage.
Is the suction level adjustable for different skin types?
Yes. Vacuum strength is adjustable, and the manufacturer instructs operators to assess skin type and sensitivity before selecting the treatment level.provides adjustable suction at the treatment surface. The manufacturer recommends assessing the client’s skin type and sensitivity, beginning with a conservative vacuum level and increasing only as needed.
Is the suction level adjustable for different skin types?
Yes. Vacuum strength is adjustable, and the manufacturer instructs operators to assess skin type and sensitivity before selecting the treatment level.provides adjustable suction at the treatment surface. The manufacturer recommends assessing the client’s skin type and sensitivity, beginning with a conservative vacuum level and increasing only as needed.
Should a sensitivity test be performed before treatment?
Yes. The manufacturer recommends testing a small, inconspicuous area before proceeding with full cosmetic use.
Should a sensitivity test be performed before treatment?
Yes. The manufacturer recommends testing a small, inconspicuous area before proceeding with full cosmetic use.
Can the treatment tip or suction head be reused?
Yes. The suction head is reusable, but it must be properly cleaned and disinfected before reuse.
Can the treatment tip or suction head be reused?
Yes. The suction head is reusable, but it must be properly cleaned and disinfected before reuse.
Does the system need to be cleaned between treatments?
Yes. The fluid pathway, handpiece and waste system require regular cleaning, and the manufacturer provides a dedicated cleaning procedure after use.
Does the system need to be cleaned between treatments?
Yes. The fluid pathway, handpiece and waste system require regular cleaning, and the manufacturer provides a dedicated cleaning procedure after use.
Is training required?
Yes. Training is required before operating the system. True North will organize the appropriate training as part of the device purchase.
Is training required?
Yes. Training is required before operating the system. True North will organize the appropriate training as part of the device purchase.
Is hydrodermabrasion considered a medical treatment?
For this system, no. It is intended for professional cosmetic facial care, including cleansing, superficial exfoliation, removal of surface oil and impurities, and application of cosmetic skincare solutions. It is not intended to diagnose or treat medical conditions.
Is hydrodermabrasion considered a medical treatment?
For this system, no. It is intended for professional cosmetic facial care, including cleansing, superficial exfoliation, removal of surface oil and impurities, and application of cosmetic skincare solutions. It is not intended to diagnose or treat medical conditions.
What is hydrodermabrasion?
Hydrodermabrasion is a non-invasive cosmetic facial treatment that combines controlled vacuum, fluid flow and a reusable suction head to cleanse and superficially exfoliate the skin while applying compatible cosmetic skincare solutions.
What can hydrodermabrasion be used for?
The device documentation lists applications including skin rejuvenation, age spots, uneven skin tone, superficial scarring, blackheads, whiteheads, oily skin and overall skin-health improvement.
What is hydrodermabrasion designed to do?
It is designed for professional cosmetic facial care, including surface cleansing, superficial exfoliation, removal of excess surface oil and visible impurities, and application of cosmetic skincare solutions.
How does a hydrodermabrasion treatment work?
The system combines adjustable liquid flow with controlled vacuum. Cosmetic solution is delivered through the handpiece while suction helps lift surface debris and used solution away from the skin and into the waste system.
What does the vacuum do?
The vacuum provides adjustable suction at the treatment surface. The manufacturer recommends assessing the client’s skin type and sensitivity, beginning with a conservative vacuum level and increasing only as needed.
What does the liquid flow do?
The liquid system allows compatible cosmetic skincare solutions to move through the handpiece during treatment. Flow can be increased or decreased using the device’s flow-control system.
Does hydrodermabrasion exfoliate the skin?
Yes. Superficial cosmetic exfoliation is one of the stated intended uses of this technology. It is designed to help remove surface dead skin cells and visible impurities.
Can hydrodermabrasion help with excess oil and surface congestion?
Yes. The documented cosmetic functions include removal of surface oil and visible impurities as part of the cleansing and exfoliation process.
Is hydrodermabrasion invasive?
No. The procedure is described as gentle, refreshing and non-invasive when used as instructed.
Can different skincare solutions be used?
Compatible cosmetic skincare solutions can be used, but the manufacturer specifies that only approved solutions compatible with the system should be used. Unapproved liquids may clog the tubing and can affect warranty coverage.
Is the suction level adjustable for different skin types?
Yes. Vacuum strength is adjustable, and the manufacturer instructs operators to assess skin type and sensitivity before selecting the treatment level.provides adjustable suction at the treatment surface. The manufacturer recommends assessing the client’s skin type and sensitivity, beginning with a conservative vacuum level and increasing only as needed.
Should a sensitivity test be performed before treatment?
Yes. The manufacturer recommends testing a small, inconspicuous area before proceeding with full cosmetic use.
Can the treatment tip or suction head be reused?
Yes. The suction head is reusable, but it must be properly cleaned and disinfected before reuse.
Does the system need to be cleaned between treatments?
Yes. The fluid pathway, handpiece and waste system require regular cleaning, and the manufacturer provides a dedicated cleaning procedure after use.
Is training required?
Yes. Training is required before operating the system. True North will organize the appropriate training as part of the device purchase.
Is hydrodermabrasion considered a medical treatment?
For this system, no. It is intended for professional cosmetic facial care, including cleansing, superficial exfoliation, removal of surface oil and impurities, and application of cosmetic skincare solutions. It is not intended to diagnose or treat medical conditions.
Microneedling
What is microneedling?
Microneedling is a non-ablative skin treatment that uses very fine needles to create controlled microchannels in the skin. This process is designed to stimulate the skin’s natural renewal response and support collagen and elastin production.
What is microneedling?
Microneedling is a non-ablative skin treatment that uses very fine needles to create controlled microchannels in the skin. This process is designed to stimulate the skin’s natural renewal response and support collagen and elastin production.
How does an automated microneedling pen work?
An automated pen moves a sterile needle cartridge in a rapid stamping motion while the practitioner guides the device across the treatment area. Adjustable settings allow the treatment to be customized based on the area and desired intensity.
How does an automated microneedling pen work?
An automated pen moves a sterile needle cartridge in a rapid stamping motion while the practitioner guides the device across the treatment area. Adjustable settings allow the treatment to be customized based on the area and desired intensity.
What can microneedling be used for?
Microneedling is commonly used to improve the appearance of fine lines, uneven skin texture, enlarged pores, scars and stretch marks, while supporting overall skin rejuvenation. These applications are specifically listed for the INNOPen system.
What can microneedling be used for?
Microneedling is commonly used to improve the appearance of fine lines, uneven skin texture, enlarged pores, scars and stretch marks, while supporting overall skin rejuvenation. These applications are specifically listed for the INNOPen system.
How does microneedling support collagen production?
The controlled microchannels created during treatment stimulate the skin’s natural repair response, which supports new collagen and elastin formation.
How does microneedling support collagen production?
The controlled microchannels created during treatment stimulate the skin’s natural repair response, which supports new collagen and elastin formation.
What does needle depth mean?
Needle depth refers to how far the needles extend from the cartridge during treatment. Adjustable depth gives the practitioner greater control when working on different treatment areas and skin concerns.
What does needle depth mean?
Needle depth refers to how far the needles extend from the cartridge during treatment. Adjustable depth gives the practitioner greater control when working on different treatment areas and skin concerns.
Why is adjustable needle depth important?
Different areas of the skin and different treatment goals may require different depths. Adjustable depth allows the practitioner to customize treatment rather than using one fixed setting for every client.
Why is adjustable needle depth important?
Different areas of the skin and different treatment goals may require different depths. Adjustable depth allows the practitioner to customize treatment rather than using one fixed setting for every client.
What does speed mean on a microneedling pen?
Speed controls how quickly the needle cartridge moves. Devices with multiple speed settings allow the practitioner to adjust how rapidly the needles create microchannels during treatment.
What does speed mean on a microneedling pen?
Speed controls how quickly the needle cartridge moves. Devices with multiple speed settings allow the practitioner to adjust how rapidly the needles create microchannels during treatment.
What is the difference between needle depth and speed?
Needle depth controls how deeply the needles enter the skin, while speed controls how quickly the needles move. They are separate treatment settings that work together to customize treatment delivery.
What is the difference between needle depth and speed?
Needle depth controls how deeply the needles enter the skin, while speed controls how quickly the needles move. They are separate treatment settings that work together to customize treatment delivery.
Are microneedling cartridges reusable?
No. Microneedling cartridges used for professional treatments are intended to be sterile, disposable and single-use. The INNOPen, for example, uses disposable InnoTip needle cartridges.
Are microneedling cartridges reusable?
No. Microneedling cartridges used for professional treatments are intended to be sterile, disposable and single-use. The INNOPen, for example, uses disposable InnoTip needle cartridges.
Why are single-use cartridges important?
Using a new sterile cartridge for each client helps maintain appropriate infection-control practices and prevents cross-contamination between treatments.
Why are single-use cartridges important?
Using a new sterile cartridge for each client helps maintain appropriate infection-control practices and prevents cross-contamination between treatments.
What are microchannels?
Microchannels are the tiny, controlled openings temporarily created by the needles during microneedling. They are part of the mechanism that triggers the skin’s natural renewal response.
What are microchannels?
Microchannels are the tiny, controlled openings temporarily created by the needles during microneedling. They are part of the mechanism that triggers the skin’s natural renewal response.
Can skincare products be used during microneedling?
Microneedling creates temporary microchannels that can increase penetration of products applied during treatment. Only products appropriate for microneedling procedures should be used, following the device, product and training protocols. The INNOPen documentation specifically describes increased product penetration through these channels.
Can skincare products be used during microneedling?
Microneedling creates temporary microchannels that can increase penetration of products applied during treatment. Only products appropriate for microneedling procedures should be used, following the device, product and training protocols. The INNOPen documentation specifically describes increased product penetration through these channels.
Is microneedling the same as RF microneedling?
No. Traditional microneedling uses needles to create controlled microchannels. RF microneedling combines needles with radiofrequency energy delivered into the tissue, making it a different technology.
Is microneedling the same as RF microneedling?
No. Traditional microneedling uses needles to create controlled microchannels. RF microneedling combines needles with radiofrequency energy delivered into the tissue, making it a different technology.
What affects the intensity of a microneedling treatment?
Treatment intensity can be influenced by needle depth, device speed, treatment area, number of passes and the technique used by the practitioner.
What affects the intensity of a microneedling treatment?
Treatment intensity can be influenced by needle depth, device speed, treatment area, number of passes and the technique used by the practitioner.
Can microneedling be used on different areas?
Yes. Professional microneedling systems can be used on selected facial and body areas depending on the device, treatment protocol and practitioner training.
Can microneedling be used on different areas?
Yes. Professional microneedling systems can be used on selected facial and body areas depending on the device, treatment protocol and practitioner training.
Does microneedling involve laser or heat?
Traditional microneedling does not use laser energy. The treatment is created mechanically using fine needles. This is one of the major differences between microneedling and technologies such as fractional laser or RF microneedling.
Does microneedling involve laser or heat?
Traditional microneedling does not use laser energy. The treatment is created mechanically using fine needles. This is one of the major differences between microneedling and technologies such as fractional laser or RF microneedling.
What is the difference between microneedling and fractional CO₂?
Microneedling mechanically creates controlled microchannels using fine needles. Fractional CO₂ uses laser energy to create microscopic ablative treatment zones. Both are used for skin-renewal applications, but they work through very different mechanisms.
What is the difference between microneedling and fractional CO₂?
Microneedling mechanically creates controlled microchannels using fine needles. Fractional CO₂ uses laser energy to create microscopic ablative treatment zones. Both are used for skin-renewal applications, but they work through very different mechanisms.
Is training required for microneedling?
Yes. Practitioners should be trained in device operation, treatment technique, needle-depth selection, infection control, contraindications and client assessment before performing microneedling treatments.
Is training required for microneedling?
Yes. Practitioners should be trained in device operation, treatment technique, needle-depth selection, infection control, contraindications and client assessment before performing microneedling treatments.
Is training included when I purchase a microneedling device from True North?
Yes. True North will organize the appropriate education for the microneedling system being purchased so the operator understands the device and proper treatment protocols.
Is training included when I purchase a microneedling device from True North?
Yes. True North will organize the appropriate education for the microneedling system being purchased so the operator understands the device and proper treatment protocols.
What should I compare when choosing a microneedling pen?
Look at adjustable needle depth, speed settings, cartridge options, cartridge safety and sterility, device ergonomics, power or battery operation, training, warranty, ongoing cartridge availability and Canadian regulatory status.
What should I compare when choosing a microneedling pen?
Look at adjustable needle depth, speed settings, cartridge options, cartridge safety and sterility, device ergonomics, power or battery operation, training, warranty, ongoing cartridge availability and Canadian regulatory status.
How many treatments are usually needed?
The number of treatments varies based on the client’s skin, treatment goals, treatment area, and protocol. A series of treatments is commonly used rather than relying on a single session.
How many treatments are usually needed?
The number of treatments varies based on the client’s skin, treatment goals, treatment area, and protocol. A series of treatments is commonly used rather than relying on a single session.
Is there downtime after microneedling?
Temporary redness and sensitivity can occur after treatment. The amount of downtime depends on treatment intensity, needle depth, skin response, and the protocol used.
Is there downtime after microneedling?
Temporary redness and sensitivity can occur after treatment. The amount of downtime depends on treatment intensity, needle depth, skin response, and the protocol used.
Can microneedling be customized for different skin concerns?
Yes. Adjustable needle depth and speed allow the practitioner to tailor treatment based on the area being treated and the desired intensity.
Can microneedling be customized for different skin concerns?
Yes. Adjustable needle depth and speed allow the practitioner to tailor treatment based on the area being treated and the desired intensity.
Why do some microneedling pens offer different cartridge options?
Different cartridges may use different needle counts or configurations. This gives the practitioner additional flexibility depending on the treatment area and protocol.
Why do some microneedling pens offer different cartridge options?
Different cartridges may use different needle counts or configurations. This gives the practitioner additional flexibility depending on the treatment area and protocol.
Does battery operation matter?
Cordless operation can improve mobility and handpiece flexibility during treatment, while some devices also allow wired use for continuous operation.
Does battery operation matter?
Cordless operation can improve mobility and handpiece flexibility during treatment, while some devices also allow wired use for continuous operation.
Do I need to have my clinic fully set up before ordering?
Not necessarily. If you’re opening or expanding a clinic, we can help you identify important device, training and setup considerations while you prepare for delivery.
Do I need to have my clinic fully set up before ordering?
Not necessarily. If you’re opening or expanding a clinic, we can help you identify important device, training and setup considerations while you prepare for delivery.
What is microneedling?
Microneedling is a non-ablative skin treatment that uses very fine needles to create controlled microchannels in the skin. This process is designed to stimulate the skin’s natural renewal response and support collagen and elastin production.
How does an automated microneedling pen work?
An automated pen moves a sterile needle cartridge in a rapid stamping motion while the practitioner guides the device across the treatment area. Adjustable settings allow the treatment to be customized based on the area and desired intensity.
What can microneedling be used for?
Microneedling is commonly used to improve the appearance of fine lines, uneven skin texture, enlarged pores, scars and stretch marks, while supporting overall skin rejuvenation. These applications are specifically listed for the INNOPen system.
How does microneedling support collagen production?
The controlled microchannels created during treatment stimulate the skin’s natural repair response, which supports new collagen and elastin formation.
What does needle depth mean?
Needle depth refers to how far the needles extend from the cartridge during treatment. Adjustable depth gives the practitioner greater control when working on different treatment areas and skin concerns.
Why is adjustable needle depth important?
Different areas of the skin and different treatment goals may require different depths. Adjustable depth allows the practitioner to customize treatment rather than using one fixed setting for every client.
What does speed mean on a microneedling pen?
Speed controls how quickly the needle cartridge moves. Devices with multiple speed settings allow the practitioner to adjust how rapidly the needles create microchannels during treatment.
What is the difference between needle depth and speed?
Needle depth controls how deeply the needles enter the skin, while speed controls how quickly the needles move. They are separate treatment settings that work together to customize treatment delivery.
Are microneedling cartridges reusable?
No. Microneedling cartridges used for professional treatments are intended to be sterile, disposable and single-use. The INNOPen, for example, uses disposable InnoTip needle cartridges.
Why are single-use cartridges important?
Using a new sterile cartridge for each client helps maintain appropriate infection-control practices and prevents cross-contamination between treatments.
What are microchannels?
Microchannels are the tiny, controlled openings temporarily created by the needles during microneedling. They are part of the mechanism that triggers the skin’s natural renewal response.
Can skincare products be used during microneedling?
Microneedling creates temporary microchannels that can increase penetration of products applied during treatment. Only products appropriate for microneedling procedures should be used, following the device, product and training protocols. The INNOPen documentation specifically describes increased product penetration through these channels.
Is microneedling the same as RF microneedling?
No. Traditional microneedling uses needles to create controlled microchannels. RF microneedling combines needles with radiofrequency energy delivered into the tissue, making it a different technology.
What affects the intensity of a microneedling treatment?
Treatment intensity can be influenced by needle depth, device speed, treatment area, number of passes and the technique used by the practitioner.
Can microneedling be used on different areas?
Yes. Professional microneedling systems can be used on selected facial and body areas depending on the device, treatment protocol and practitioner training.
Does microneedling involve laser or heat?
Traditional microneedling does not use laser energy. The treatment is created mechanically using fine needles. This is one of the major differences between microneedling and technologies such as fractional laser or RF microneedling.
What is the difference between microneedling and fractional CO₂?
Microneedling mechanically creates controlled microchannels using fine needles. Fractional CO₂ uses laser energy to create microscopic ablative treatment zones. Both are used for skin-renewal applications, but they work through very different mechanisms.
Is training required for microneedling?
Yes. Practitioners should be trained in device operation, treatment technique, needle-depth selection, infection control, contraindications and client assessment before performing microneedling treatments.
Is training included when I purchase a microneedling device from True North?
Yes. True North will organize the appropriate education for the microneedling system being purchased so the operator understands the device and proper treatment protocols.
What should I compare when choosing a microneedling pen?
Look at adjustable needle depth, speed settings, cartridge options, cartridge safety and sterility, device ergonomics, power or battery operation, training, warranty, ongoing cartridge availability and Canadian regulatory status.
How many treatments are usually needed?
The number of treatments varies based on the client’s skin, treatment goals, treatment area, and protocol. A series of treatments is commonly used rather than relying on a single session.
Is there downtime after microneedling?
Temporary redness and sensitivity can occur after treatment. The amount of downtime depends on treatment intensity, needle depth, skin response, and the protocol used.
Can microneedling be customized for different skin concerns?
Yes. Adjustable needle depth and speed allow the practitioner to tailor treatment based on the area being treated and the desired intensity.
Why do some microneedling pens offer different cartridge options?
Different cartridges may use different needle counts or configurations. This gives the practitioner additional flexibility depending on the treatment area and protocol.
Does battery operation matter?
Cordless operation can improve mobility and handpiece flexibility during treatment, while some devices also allow wired use for continuous operation.
Do I need to have my clinic fully set up before ordering?
Not necessarily. If you’re opening or expanding a clinic, we can help you identify important device, training and setup considerations while you prepare for delivery.