This Triple Wavelength Diode Laser system integrates three well-proven wavelengths into one platform. Each wavelength targets a different depth of the hair follicle, enabling efficient energy delivery across various hair types and skin tones. The system is designed for Fitzpatrick Skin Types I to VI, with strong focus on safety, treatment consistency, and patient comfort.
Alexandrite + Diode + Nd:YAG
Sapphire contact cooling down to −10°C to protect the epidermis and improve treatment tolerance
Combination of 1, 2, or 3 wavelengths. Multiple spot size options. Different power configurations available
The 1550 nm Er:Glass fractional laser delivers controlled thermal energy into the dermis while keeping the epidermis largely intact. This treatment concept stimulates collagen remodeling and improves skin texture with reduced downtime compared to ablative procedures.
This dual-wavelength system combines two complementary technologies. Targets superficial skin layers to address dyschromia, photodamage, and uneven skin tone + targets deeper dermal structures for collagen stimulation and scar improvement. The platform allows clinicians to adjust treatments from light resurfacing to deeper corrective procedures using one single device.
This cryolipolysis system is equipped with 360-degree cooling applicators, designed to achieve uniform temperature distribution across the treatment area. Compared to conventional two-plate systems, this design improves treatment consistency and overall efficiency.
Support for 2 or 4 applicators
Soft silicone applicators for enhanced patient comfort
Optional heat-cool cycle to support circulation and reduce post-treatment discomfort
Designed for dermatologists and high-volume clinics, this Active Q-Switched Nd:YAG laser delivers stable flat-top beam profiles for uniform energy distribution. Unlike passive systems, the EO Q-switch technology provides nanosecond-level precision without energy fluctuation, making it suitable and safe for Melasma and dermal pigmentation treatments.
Delivers two pulses within microseconds to reduce pain and tissue trauma while improving pigment fragmentation.
Real-time energy monitoring ensures output accuracy according to screen settings
Pre-set protocols for Carbon Laser Peels with consistent thermal performance
7-joint articulated arm for zero weight resistance and high flexibility
This True Picosecond platform represents the next generation in aesthetic laser technology. By delivering energy in trillionths of a second, the system generates a predominantly photoacoustic effect instead of a photothermal one. This enables effective fragmentation of fine ink particles and resistant pigments while minimizing thermal impact on surrounding tissue.
450ps to 750ps, configurable
High peak power in the gigawatt range for effective removal of blue and green inks
Optional Micro-Lens Array hand-piece for skin rejuvenation and acne scar treatment, LIOB technology
1064 nm, 532 nm, optional 585 nm and 650 nm dye hand-pieces
This advanced HIFU system delivers focused ultrasound energy to defined tissue depths, including the SMAS layer. Controlled thermal coagulation points lead to immediate tissue tightening and long-term collagen regeneration. The platform supports facial lifting as well as body contouring applications.
1.5 mm, 3.0 mm, and 4.5 mm cartridges for layered lifting
6.0 mm, 9.0 mm, and 13.0 mm cartridges for targeting localized fat deposits
Fast shot speed with significantly reduced treatment times compared to earlier HIFU systems
Slim cartridge design for improved visibility in difficult treatment areas, including the preorbital region
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