808nm Diode Laser Hair Removal Beauty Salon Machine

Based on 808nm diode laser technology, the 808nm Diode Laser Hair Removal Beauty Salon Machine is able to accurately target melanin in the hair follicle, providing fast, safe and long-lasting hair removal results for all skin types (including sensitive skin).

With its modular design, intelligent touch control interface and efficient cooling system, it can meet the needs of high-intensity and multi-scenario beauty salon operations.

The 808nm Diode Laser Hair Removal Beauty Salon Machine uses the Selective Photothermolysis Principle (SPTU) to focus on the melanin in the hair follicle through the 808nm laser wavelength. The laser energy is absorbed by the melanin and converted into heat, instantly destroying the structure of the hair follicle and inhibiting hair regrowth, while avoiding damage to the surrounding skin tissue.

15.6-inch full-touch operating screen Provides beauticians with an intuitive and portable operating experience:

• Parameter one-key adjustment: real-time display of core parameters such as power (500W-3000W), pulse time (1-200ms), frequency (1-10Hz), etc., and support fast preset mode switching.

• Treatment feedback system: Built-in hair detection module, automatically analyse the skin state and recommend personalised treatment plan to enhance treatment effect and customer satisfaction.

• Data storage and export: Record each treatment data, easy to track customer progress and generate professional reports, enhance service transparency.

• 808nm Diode Laser Hair Removal Beauty Salon Machine compatible with all skin types: 808nm wavelength has the highest absorption rate for melanin while avoiding epidermal burns, suitable for all skin colours from I-VI.

• industrial grade heat dissipation: water cooling + air cooling + TEC triple cooling, to ensure that the equipment runs continuously for 8 hours without frequency reduction, suitable for high traffic beauty centres.

• FAC Table Aggregation Technology: Adopting LIMO optical technology to focus the ultrasonic beam, energy density is increased by 30% and penetration depth is increased by 20%.