Description
Quanta Duetto MT EVO Laser System
Buy Quanta Duetto MT EVO Laser
Quanta Duetto MT EVO Laser Online combines two laser wavelengths (755 and 1064 nm) in a single emission with programmable fluence, pulse duration and adjustable sequences to increase the treatment’s safety and effectiveness.
Duetto MT EVO performs the largest range of hair reduction applications, as well as vascular and rejuvenation treatments. Due to the wavelength and pulse Mixed Technology, allows the operator to select single or double wavelength emissions, using simultaneous or sequential pulses that can be adjusted according to the patient’s needs.
Is the final solution for the professionals of the aesthetic medicine market, enabling tailored treatments with no compromise between safety and effectiveness. A full set of handpieces is available on request, with spot sizes up to 16 mm.
Quanta Duetto MT EVO Laser System Advantages
- Suitable for all skin types, skin tones, and hair types
- Alexandrite 755 nm Hair Removal (light to medium skin types)
- Nd: YAG 1064 nm Vascular, Skin Tightening Treatments and Hair Removal on darker skin types.
- Variable handpieces available with spot sizes up to 18 mm
- Three emission modes
- No warm uptime
- Integrated Cooling system
- Upgradable with Twain Accessories
The SIMULTANEOUS EMISSION mode available with the Mixed Technology is excellent for laser hair removal. The Mixed Technology combines two different laser wavelengths in a single emission with programmable fluence and pulse duration. Due to the reduced fluences requested the synergy of the two wavelengths can completely denature the hair follicles with improved safety even in dark skin types and under these conditions, the epidermal temperature is reduced improving patient safety.
The SEQUENTIAL EMISSION instead is excellent for Vascular Treatments and Skin Rejuvenation. The VASCULAR treatment for the removal of facial and leg telangiectasia uses the Mixed Technology to guarantee the best result using the lowest fluences taking advantage of the different absorption of hemoglobin and methemoglobin.
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