Our advanced diode laser hair removal machine represents the cutting edge of medical beauty technology, designed to deliver permanent hair removal results with maximum efficiency and comfort. The system incorporates Germany DILAS laser bars, ensuring superior performance and reliability for professional aesthetic treatments.
The machine features an impressive 600W high output power with wavelength range of 808-810nm, optimized for targeting hair follicles effectively. With a generous 12x20mm spot size and adjustable frequency from 1-10Hz, practitioners can customize treatments according to different skin types and hair conditions. The pulse width ranges from 5-400ms while energy density can be adjusted between 20-70J/cm², providing flexibility for various treatment protocols.
Our multi-cooling system combines semiconductor technology with water and air cooling, featuring Japan imported Mitsubishi TEC cooling plates to ensure patient comfort during procedures. The machine is engineered for continuous operation, capable of working non-stop for up to 12 hours, making it ideal for busy clinical environments. With a warranty of 4 million shots, this equipment offers long-term reliability and performance consistency.
The treatment principle involves precise targeting of hair follicles with pulsed red light, which heats the hair and detaches it from the follicle without damaging surrounding tissues. This process leaves the follicle unable to produce new hair, resulting in permanent hair reduction. The machine supports motion treatment technology with up to 10Hz frequency, enabling faster treatment sessions while maintaining effectiveness.
This medical beauty equipment is designed with professional clinics and aesthetic centers in mind, featuring user-friendly controls and safety mechanisms. The system maintains optimal operating temperatures between 0-30°C and includes proper fuse specifications for electrical safety. With net weight of 18kg and compact dimensions, the machine offers both stability and space efficiency in clinical settings.