Anti-Aging & Wrinkles, Scars, Skin Surgery, Pigmented
Lesions, Skin Tightening, Laser-Assisted Hair Transplantation
SmartXide Touch DOT/RF
CO₂ Laser with Radiofrequency (RF) and CO₂ Scanner with Bipolar Radiofrequency
Especially designed for Aesthetic Medicine, Dermatological Surgery, MonaLisa Touch® treatment and laser-assisted hair transplantation
Key of Strength in Aesthetic Medicine and Dermatological surgery:
Gold standard for wrinkles and Skin flabbiness
Maximum flexibility for any treatment area and skin type
Top safety for sensible areas like neck, décolleté and periocular
RF CO₂ source empowered by PSD® (Pulse Shape Design) technology:
- Minimum thermal damage
- Least invasiveness
- Quicker recovery time
A unique scanner for the new treatment of Laser-Assisted Hair Transplantation that grants faster treatments for better results. Exclusive novelty of 2019!
SmartXide Touch with HiScan DOT/RF
HiScan DOT/RF combines the advantage of microablative laser treatment with the RF energy. Thanks to this scanner tailored treatments to each patients’ needs are possible, since it guarantees maximum flexibility.
Customizable operational parameters:
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Pulse shape, power and dwell time
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Scan shape and size Distance between DOTs
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Bipolar Radiofrequency
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SmartStack
This flexibility is especially useful in more complex treatments such as scars, cutaneous pigmentation, deep rhytidosis, and in the darkest skin phototypes. SmartXide Touch DOT/RF minimizes the risk of PIH (Postinflammatory Hyperpigmentation).
SmartXide Touch DOT/RF Advanced Laser Source
The core of Smartxide Touch laser is an RF CO₂ source empowered by PSD® technology that can produce fractional laser pulses with variable pulse shapes, duration, energy and peak powers.
4 different pulse shape can be selected:
These pulses can either modulate the ablation and the coagulation (thermal effect) in order to adapt any emission to specific treatment in both different fields (dermatology, gynecology and surgery) and skin type.
Ablation: The high peak power delivered in the first part of the pulse releases a great amount of energy very rapidly and causes immediate ablation of the epidermis and the topmost skin layers.
Thermal Effect: Following the ablation, the CO₂ laser energy is transformed in heat propagating deep down in the dermis, producing an immediate “shrinkage” of the tissues and stimulating new collagen production.
Bipolar Radiofrequency
The special spacers emit bipolar RF to generate selective heating with a deep and localized action on the skin.
Radiofrequency enhances the effects of CO₂ laser treatment by:
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Remodeling tissue in-depth
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Toning flabbiness
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Stimulating fibroblast activity to produce new collagen
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This results in quicker recovery time and accelerate dermal tissues healing
Radiofrequency power emission can be regulated from 0 to 50 W.
SmartStack Function
Thanks to the SmartStack Function, it is possible to perform a number of subsequent pulses in the same place (DOT) ranging from 1 to 5.
Great advantages for operators:
Perfect control of thermal effect. Between one pulse and the following the tissue cools, thus reducing thermal damage and the risk of undesirable side effects.
Precise control of the vaporization depth. Preventing heavy bleeding, resulting in rapid recovery times and enhanced patient comfort.
SmartStack function makes SmartXide TouchDOT/RF one of safest and most effective system on the market.
New scanning system for Laser-Assisted Hair Transplantation procedures
Tricoscan™ is the CO₂ fractional laser scanning system designed to prepare the skin for follicular transplant and assist the trichologist in this delicate and long operation.
Laser-Assisted Hair Transplantation using Tricoscan™ brings undeniable advantages compared to the traditional technique:
– Procedure time reduced by 30%
– Facilitated bulb insertion
– Reduced needle deterioration
– Limited distortion of the scalp’s surface during follicular
transplant
