Prima Beauty
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| MCC-700W Parameters | ||
|---|---|---|
| MCC-700W | 100W/bar | UNIT |
| Output Wavelength | 808, 755, 940, 1064nm Optional | nm |
| Wavelength Range | ±15nm | nm |
| Bar Quantity | 7 | pcs |
| Peak Power | 700 | W |
| Bar Pitch | 1.8 | mm |
| Diverge Angle | Fast ≤ 31° ; Slow ≤ 8° | ° |
| Wavelength drift Coefficient | 0.28 | nm/℃ |
| Optical Collimation | Customizable Spot Size | / |
| Working Current (Iop) | ≤110, Typical 95 | A |
| Working Voltage | 2V/Bar | V |
| Threshold Current | ≤18 | A |
| Slope Efficiency / bar | ≥1.0 | W/A |
| Electro-optical Conversation efficiency | ≥50 | % |
| Duty Cycle | ≤40% | / |
| Water Temperature | 20~30 | ℃ |
| Storage temperature | 0~60 | ℃ |
| Average flow per bar | 0.2~0.4 | L/min |
| Conductivity | ≤5 | μs/cm |
| Maximum inlet pressure | 0.38 | Mpa |
| Water Quality | Pure water or denoised water (Filter system ≤ 30um) | / |
Only hairs in the active anagen phase can absorb the laser energy and be successfully destroyed.
The principle of 808 Laser Hair Removal is based on the theory of selective photothermolysis. The laser precisely targets and destroys the hair follicles without causing damage to the surrounding skin tissues.
Different body parts require specific wavelengths and energy levels for optimized results. Once the melanin in the follicle absorbs the laser energy, the temperature rises sharply, leading to the destruction of the surrounding follicular tissue and preventing future hair growth.
The system offers multiple wavelength options, including 755nm, 808nm, 940nm, and 1064nm, allowing for targeted treatments based on different hair types and skin tones.
Hair growth occurs in three phases: Anagen (growth), Telogen (resting), and Catagen (shedding). The laser energy can only destroy hair follicles that are currently in the active Anagen phase, which is why multiple sessions are needed to target all hairs.
The hard solder package design provides superior thermal management, high reliability, and exceptional operating stability, which significantly extends the overall lifetime of the laser module.
To protect the laser bars, the cooling system must use pure water or deionized water with a filtration system of ≤30um, a temperature range of 20~30℃, and conductivity kept at ≤5 μs/cm.
Due to the advanced built-in skin cooling systems that prevent thermal injury, most users experience minimal discomfort, making the treatment virtually pain-free even on sensitive areas.
