The Laser Ice Titanium Triple Wavelength Diode Laser Hair Removal Machine represents the latest advancement in professional hair removal technology. This sophisticated equipment combines three precise wavelengths - 755nm, 808nm, and 1064nm - to effectively target hair follicles at different depths and skin types. The innovative ice titanium cooling system ensures maximum comfort during treatment while protecting the epidermis.
Designed with a dual-handle configuration, this laser hair removal system offers enhanced operational flexibility for practitioners. The 15.6-inch 4K Android touchscreen provides intuitive control over all treatment parameters, allowing for precise customization according to individual client needs. With laser power options ranging from 600W to 1600W, professionals can select the optimal intensity for various hair types and skin conditions.
This professional-grade hair removal equipment utilizes high-quality USA-manufactured laser bars, ensuring consistent performance and reliability. The triple wavelength technology enables comprehensive treatment coverage, making it suitable for diverse client demographics. The 755nm wavelength effectively targets fine and light hair, while the 808nm wavelength works optimally for standard hair removal, and the 1064nm wavelength penetrates deeper for thicker, coarser hair.
Manufactured with precision engineering, this laser hair removal machine features robust construction and advanced safety mechanisms. The system includes comprehensive after-sales support with free spare parts, online technical assistance, and video guidance. Backed by a two-year warranty, this equipment represents a long-term investment for beauty professionals seeking reliable hair removal solutions.
The non-portable design ensures stability during operation, while the compact dimensions make it suitable for various clinical and salon environments. This laser system supports both hair removal and skin rejuvenation functions, providing versatile treatment capabilities for modern aesthetic practices.