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>> How lasers work
Our technology
Our 2 lasers, with 2 distinct laser wavelengths; 532 KTP and 1064 Nd:YAG allow for treatment of near-surface lesions as well as deep dermal heating and coupled with multiple spot sizes, allows for treatment of a vast array of conditions.
The regen™ system (CE mark) is an “all-in-one” solution that enables aesthetic practitioners to offer a wide variety of treatments. The regen™ is based on TriPollar™, 3rd generation RF technology and provides non-invasive, safe, effective and totally pain free treatments.
LYRA 1064 Nd:YAG
 Parallel contact cooling, continuously adjustable spot sizes and exceptional portability will enable us to deliver exceptional hair removal, wrinkle reduction and leg vein removal results.
- Skin Tightening
- Hair
- Hair Removal
- Permanent Hair Reduction
- Pseudofolliculitis
- Vascular Lesions
- Venous Lake
- Hemangiomas
- Blue Facial Veins
- Blue/Purple Port Wine Stains
- Leg Veins
- Red Leg Veins
- Blue Leg Veins
 Application Versatility
- 10 FDA-cleared applications
- 42 spot sizes
- Adjust from 1 to 5 mm at 0.1 mm increments for precision treatment
- Utilize 10 mm for larger, deeper targets and quicker treatment times
Exceptional Outcomes
- Precisely focus spot for exceptional leg vein results
- Safely deliver energy deeply into the skin for skin tightening, wrinkle and hair removal results
Safety
- Eliminate over treatment - Precision treatment allows you to optimize energies while minimizing risk of over treatment.
- Protect Skin Continuously - Cool before, during and after each pulse for optimal epidermal protection
- Deliver energy evenly - Flat top beam profile provides uniform energy delivery without hot spots
Ease of use
- View targets clearly - Open window design enables exceptional view of lesion during treatment
- Hold handpieces comfortably - Lightweight, ergonomic handpieces enable exceptional comfort
AURA 532KTP
 Parallel contact cooling, continuously adjustable spot sizes and exceptional portability will enable you to deliver exceptional acne clearance as well as vascular, pigmented and cutaneous lesion results.
- Vascular Lesions
- Telangiectasia
- Rosacea
- Cherry Angiomas
- Spider Angiomas
- Venous Lake
- Blue Facial Veins
- Hemangiomas
- Port Wine Stains
- Blue/Purple Port Wine Stains
- Neovascularization
- Pigmented Lesions
- Lentigines
- Dermatosis Papulosis Nigra
- Freckles
- Poikiloderma of Civatte
- Melasma
- Cutaneous Lesions
- Verruca
- Keratoses
- Skin Tags
- Acne Vulgaris
Exceptional Outcomes
- Utilize KTP’s ability to effectively treat both pigmented and vascular lesions
- Deliver naturally purpura-free treatments
- Target hard-to-treat lesions with exact spot size necessary
Safety
- Eliminate over treatment - Precision treatment allows you to optimize energies while minimizing risk of over treatment
- Protect Skin Continuously - Cool before, during and after each pulse for optimal epidermal protection
- Deliver energy evenly - Flat top beam profile provides uniform energy delivery without hot spots
Ease of use
- View targets clearly - Open window design enables exceptional view of lesion during treatment
- Hold handpieces comfortably - Lightweight, ergonomic handpieces enable exceptional comfort
 Regen - Radiofrequency Technology
The regen™ system (CE mark) is an “all-in-one” solution that enables aesthetic practitioners to offer a wide variety of treatments. The regen™ is based on TriPollar™, 3rd generation RF technology and provides non-invasive, safe, effective and totally pain free treatments.
The regen system treats cellulite, reshapes the body, and tightens lax skin.. regen™ reduces the appearance of orange peel skin and increases skin firmness. It has been clinically proven to renew and regenerate collagen, resulting in facial contouring, long term skin tightening and improvement of overall skin texture.
regen™ Benefits
NO PAIN – the TriPollar™ RF Technology focuses the RF energy and requires much lower energy than other RF technologies, thus avoiding the associated pain for the customer
 TREATMENT OF BOTH SUPERFICIAL AND DEEPER FAT LAYERS – The TriPollar™ RF technology uses sophisticated algorithms to control the treatment electrodes. It changes the current and polarity to achieve variable energy focus in different fat layers resulting in visible clinical results from the first treatment
FAST AND EFFECTIVE – The TriPollar™ RF configuration and its sophisticated control algorithm eliminates the need for skin and applicator cooling. This provides a more efficient treatment, requiring less treatment time and overall fewer treatment sessions
NON-INVASIVE – Fast and easy, walk in – walk out procedure with no downtime.
SAFE AND VERSATILE – TriPollar™ RF Technology does not require light technology therefore all skin types and colors are suitable for the treatment
How lasers work
A laser is a high energy light, which can only represent a single wavelength, generally measured in nanometers (nm). The Electromagnetic Spectrum describes the entire range of wavelengths. Light below 400nm is called ultra-violet and is invisible. Light in the visible portion
of the spectrum ranges between 400 and 700nm. Light over 700nm is infra-red and is invisible.
Each laser wavelength has its own characteristics, mainly differentiated by the organic tissue in which it is absorbed. Three primary organic chromophores (tissue in which light is absorbed)are water, haemoglobin (oxy- and deoxy-) and melanin.
Light in the visible portion of the spectrum is generally strongly absorbed by either melanin or oxy-haemoglobin or both. Light in the near infra-red range is absorbed well by high concentrations of dark pigments. Light in the far infra-red spectrum is generally well absorbed by water.
Based on its individual absorption characteristics, laser light penetrates shallower or deeper. For instance, a KTP 532nm laser (Aura) is highly absorbed in oxy-haemoglobin. When it is applied to skin that has the chromophore located near the surface (e.g. superficial blood vessels), the laser light will be immediately absorbed by the chromophore and will not travel deep into the surrounding tissue. If the wavelength is highly absorbed in melanin and is applied to tissue that has little to no melanin, it will continue travelling until it either finds its chromophore within the tissue or scatters to non-significant levels. Thus, it’s important to find the optimal laser wavelength for the chosen procedure.
When light energy is absorbed it immediately turns into heat which, in turn, destroys the target tissue (e.g., blood vessel). As soon as the heat is created, however, it begins to dissipate into surrounding tissue. Thus, it’s important to deposit light into the target tissue faster than the time it takes for the target structure to transmit the created heat into the surrounding structures or in other words, for the tissue to relax. Consequently, the larger the target structure, the longer it will take to cool and the longer the laser light can be applied to it.
The opposite is true for smaller target structures. So, it’s important to determine the appropriate time period of laser application for the target tissue. This time is called Thermal Relaxation Time (TRT) and is measured in nano- or milli-seconds.
Each structure in tissue is destroyed at a certain temperature. This temperature is achieved by applying sufficient energy. If too little energy is applied, the target structure will heat but not reach destructive temperatures. If too much energy is applied, excess energy will immediately dissipate beyond the target and destroy adjacent tissue. Thus, it’s important to transmit the right amount of energy (measured in Joules per entimetre squared (J/cm2)) to the target.
These three principles, optimal wavelength, appropriate time and sufficient energy, are the basics of Selective Photo-Thermolysis and are the foundation for laser applications in medicine. |
