SP Dualis
Unlimited Versatility in Aesthetic Medicine
The DualisSP combines two complementary treatment lasers in one laser system. The combination of the ablative Er:YAG and the non-ablative Nd:YAG lasers provide an extensive range of effective and efficient aesthetic treatments.
Features:
- From Gentle Skin Resurfacing to Effective Rejuvenation Treatments
- Effective Hair Removal and Vascular Treatments for All Skin Types
- DualisSP Fulfills Your Patients' Needs
- Wireless footswitch avoids cable tangles in your practice*.
* optional feature
"Consistency and control of side effects"
"I have been using my DualisSP since 2002. With the Er:YAG laser I treat photo-damaged skin, a wide range of pathological conditions and get excellent results in acne scarring treatments. By being able to easily select different operation modes I achieve consistent effects and control haemostasis and side effects. With the Nd:YAG laser I treat unsightly veins, telangiectasiae, rosacea and even perform hair removal." Dr. Ivano Luppino, Italy
Key Features
Advanced Performance
The DualisSP lasers are supported by advanced performance features making it the highest performance combination laser on the market today. These features provide higher treatment speed and efficiency and the ability to optimize parameters to selectively treat specific structures in both ablative and non-ablative treatments.
Two Laser Sources
The DualisSP combines the best of ablative treatments and non-ablative treatments in the one laser system. It is the ideal combination of laser sources for any medical aesthetics practice seeking to offer patients a full range of superior quality treatments.
Adjustable Spotsize
The DualisSP offers the convenience of variable spotsizes for both its Er:YAG and Nd:YAG lasers. This does not only influence treatment speed and efficiency but also offers extra precision when performing delicate procedures in complex topographical areas.
Largest Scanner Area
Treating large areas with the Nd:YAG laser requires a scanner in order to ensure treatment accuracy and patient satisfaction. The S-11 scanner provides a world-leading 42 cm² scan area. With an integrated cold air cooling attachment and adjustable handle, treatments are easier and less tiring to administer.
VSP Technology
VSP Technology provides square-shaped pulses, avoiding the slow rise and longer fall in pulse power common in less advanced laser platforms. With VSP Technology no unnecessary laser energy is delivered to the skin providing the safest and most effective treatments available today.
EFC Technology
Energy Feedback Control Technology actively matches the energy level of each individually generated laser pulse with the desired treatment energy settings, avoiding uncontrolled energy fluctuations, and thus ensuring treatment safety and efficacy. EFC technology eliminates the need for frequent manual calibration procedures.
Pixel Screen Technology
Pixel Screen Technology provides Fotona's Er:YAG-based laser systems a fractional treatment modality. Through the PST handpieces a minimally invasive, fractional treatment effect can be added to the basic VSP Er:YAG ablative regimes, without interfering with the basic clinical properties of the Er:YAG laser beam. PST's minimally invasive, fractional effect avoids some of the adverse effect related to the invasiveness of purely ablative and fractional treatments. PST is made available to Fotona Er:YAG-based laser systems through the optional PST handpieces.
Key Treatments
- Pigmented Lesion Treatments
- Vascular Lesion Treatments
- Fine Lines and Wrinkles
- Skin Toning, Tightening and Texture Improvements (T3)
- Unsightly Vein Treatment
- Laser Peels
- Laser Hair Removal
- Acute Acne Treatments
- Rosacea Treatments
- Scar Revision – Hypertrofic & Acne
- Verrucae Treatments
Pigmented Lesion Treatments
Fotona's complementary range of laser wavelengths and operating modes are ideally suited to the effective treatment of a wide range of benign pigmented lesions in patients of all skin types.
The Er:YAG laser treats benign pigmented lesions through very precise, micron layer-by-layer ablation - effectively surgically removing the lesions.
The Nd:YAG and KTP Nd:YAG lasers treat a range of superficial pigmented lesions with targeted laser absorption in pigmented soft tissue.
Vascular Lesion Treatments
Fotona's complementary spectrum of laser sources, including Nd:YAG, Q-switched Nd:YAG and KTP Nd:YAG, enable a complete range of vascular lesions to be treated.
Whether for small, superficial blood vessels or for larger, deeper vascular lesions, the correct laser source, enhanced through Fotona's unique technologies will provide safe and effective vascular lesion treatments across all skin types.
Fine Lines and Wrinkles
The Er:YAG laser enables extremely precise, micron layer-by-layer ablation of the epidermis. In addition, with Fotona's VSP technology, the degree of ablation and/or deeper tissue heating can be simply and precisely controlled.
With fine and adjustable spotsizes, the areas surrounding fine lines and wrinkles can be carefully sculpted to reduce the size and impact of imperfections.
Skin Toning, Tightening and Texture Improvements (T3)
Fotona's T3 treatment utilizes the unique properties of the VSP-shaped Nd:YAG laser to tone, tighten and improve the texture of the skin.
T3 treatments use the selective absorption of the Nd:YAG laser wavelength, depositing controlled heat into the dermis having passed harmlessly through the uppermost layer of skin. This thermal effect induces collagen remodeling and new collagen formation, producing the toning, tightening and texture improvements.
Unsightly Vein Treatment
Fotona's spectrum of Nd:YAG, Q-switched Nd:YAG and KTP Nd:YAG laser sources is ideally suited to the treatment of a whole range of unsightly veins in all skin types.
The Nd:YAG wavelength is strongly absorbed in hemoglobin yet can penetrate deeply enough to treat even the deepest and largest of unsightly veins. The versatility of parameter setting ensures maximum treatment efficiency and speed and the minimum of patient discomfort.
Laser Peels
With ultimate flexibility and fine parameter control a wide range of laser peels to be undertaken. The nature and strength of effects can be tailored exactly to the patient's needs by easily and precisely controlling ablation and coagulation ratios. Optional Er:YAG scanners* and a variety of larger spotsize handpieces, make treatments faster and more accurate.
* Available for some systems only
Laser Hair Removal
The deep penetration of Fotona's Nd:YAG laser ensures it reaches even the deepest follicles, while its low absorption in all skin types makes sure the surrounding tissue is preserved. This guarantees safe, fast and effective hair removal, even in the darkest skin types, without the epidermal damage other light-based treatments inherently cause.
Acute Acne Treatments
Fotona Nd:YAG laser's homogeneous absorption and deep penetration is perfectly suited to preventing and reducing active acne inflammation. It eradicates the bacteria causing the inflammation and also promotes collagen regeneration to improve the tone and texture of the skin.
Rosacea Treatments
The flexibility, precise control and homogenous absorption of Fotona's Nd:YAG range of lasers are ideally suited to the treatment of all symptoms of rosacea.
They can be used to treat the small, superficial veins while also having the ability to penetrate and treat larger, deeper vascular lesions. This enables the complete treatment of these symptoms by laser.
Scar Revision – Hypertrofic & Acne
Fotona Er:YAG's precisely-controlled ablation is ideally suited to the effective treatment of a wide range of scar tissue.
Even the most severe cases of complex acne scarring can be precisely and rapidly treated using Er:YAG skin resurfacing.
The minimally invasive nature, efficiency and speed of these procedures means that they are well-tolerated by patients, while fast recovery times allow the enormous psychological impact of scar reduction to be realized far sooner by the patient.
Verrucae Treatments
Using Fotona's Er:YAG and Nd:YAG wavelengths in combination enables treatment of a wide variety of warts and verrucae.
The Er:YAG laser is ideally suited to the very precise ablation of warts, while the Nd:YAG laser's targeted absorption in vascular tissue induces coagulation of the blood vessels feeding the wart, causing its subsequent necrosis.
Both sources' antibacterial effects promote faster healing and lower the possibility of recurrence, acting on the virus that causes verrucae.
Accessories ›
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Fibroma Removal
Laser source: Er:YAG (2940 nm)
Xanthelasma Treatment
Laser source: Er:YAG (2940 nm)
Under arm hair removal
Laser source: Nd:YAG (1064 nm)
Leg vein treatment
Laser source: Nd:YAG (1064 nm)
T3 - treatment
Laser source: Nd:YAG (1064 nm)
Active Acne treatment
Laser source: Nd:YAG (1064 nm)
Acne Scar Reduction
Laser source: Er:YAG (2940 nm)
Pigmented Lesion Removal
Laser source: Er:YAG (2940 nm)
Pigmented Lesion Removal
Laser source: Er:YAG (2940 nm)
Hypertrophic Scar Reduction
Laser source: Er:YAG (2940 nm)
Peri-Ocular Resurfacing
Laser source: Er:YAG (2940 nm)
Choosing Fotona ensures innovative solutions, superior product capabilities, technical perfection and unrivalled clinical results. Achieving unmatched levels of precision, efficacy, efficiency and safety are key to our laser systems.
Unlimited Versatility in Aesthetic Medicine
This paper provides profound insight into the benefits of Scanner Optimized Efficacy hair removal with VSP Nd:YAG lasers. Uncover the secrets behind treating large areas efficiently and effectively without missing a single spot or building up excess heating in the skin.
A variety of laser systems with varying wavelengths, pulse durations, spotsizes and energy fluences are currently used for hair removal. In this paper VSP Nd:YAG laser efficacy and safety were evaluated.
This paper provides an insight into the 4 VSP Er:YAG treatment regimes and the clinical parameters that are necessary for mini peels, medium depth peels and SMOOTH treatments.
A novel self-induced non-ablative threedimensional fractional FRAC3® method for skin rejuvenation.
This article appeared in Journal of Cosmetic and Laser Therapy.
Visit their website at http://www.informaworld.com/.
This article appeared in Journal of Cosmetic and Laser Therapy.
Visit their website at http://www.informaworld.com/.
In this paper, the latest Pixel Screen Technology (PST) fractional technique for minimally invasive Er:YAG skin rejuvenation is presented.