Lasers for hair removal work on the theory of “selective photothermolysis.” A light emitted by a laser is absorbed by the melanin in the hair follicle and hair shaft, and is converted to heat, which destroys the hair follicle and results in hair removal. Targeting the melanin, lasers with wavelength of 755nm, 808nm or 1064nm can effectively penetrate the skin tissue, reach the hair follicle and remove unwanted hair by controlling the power density, making it an ideal hair removal method for all skin and hair types.
Risu Tech has launched RFXXX series of ODM diode laser hair removal system kits with optional wavelengths* at 755nm/808nm/1064nm and powers range from 600W to 1200W. Featuring excellent laser beam quality, it can remove hair quickly, safely and effectively.
* Single wavelength or multi-wavelength option available
| Part Number | RF3120 |
| Wavelength | 755nm&808nm&1064nm@1200W，808nm@600W |
| Laser Output Mode | Pulse mode |
| Output Energy Range | 2-60 J/cm2 |
| Application Mode | HR/FHR |
| Energy Density | HR:2-60J/cm2; FHR:2-8J/cm2 |
| Repetition Rate | HR:1.0Hz-10.0Hz; FHR:10.0Hz |
| Pulse Width | HR:5ms-200ms;FHR:5ms-20ms |
| Beam Spot Size | 12x20mm@1200W，12x12mm@600W |
| System Cooling | Water cooling, TEC, Cooling fan |
| Dimension | 371mmx446mmx1162mm |
The picosecond laser has an extremely narrow pulse width and ultra-high peak power. It can remove pigment targets at targeted locations through selective photothermal and photomechanical effects without harming normal tissue. It has become very popular in the medical beauty industry in recent years. As a source manufacturer of laser medical equipment accessories, Lingsu Medical Technology has launched a series of ODM kit products called PFxx “Nd:YAG/KTP Picosecond Laser System” in order to meet application needs. The laser pulse width is 350ps/500ps/2ns, and the single Pulse energy 500mJ/350mJ@1064nm is optional, and the peak power can reach up to 1.43GW. A variety of lasers, power supplies, and light guide arms are optionally available, and dye wavelength conversion and honeycomb lattice technology can be implemented. Other configurations can be customized.
