2024 Newst Medical ice K16 Diodo laser hair removal permanent epilation Laser 755 808 1064 940nm diode Laser Hair Removal machine
Product Description
The working principle of laser hair removal is based on the theory of selective photothermal action. The laser device emits a beam of light of a specific wavelength, which is absorbed by the melanin in the hair follicles. Melanin is a pigment that absorbs light. After absorbing laser energy, the hair follicles will heat up rapidly, eventually leading to the destruction of the hair follicles, thereby inhibiting the regeneration of hair.
### 1. **Tingling**
- When the laser irradiates the hair follicles, you may feel a slight sting or a feeling similar to a rubber band popping against the skin. This feeling mainly comes from the laser energy being absorbed by the melanin in the hair follicles and converted into heat energy.
### 2. **Heat**
- You may feel some warmth in the skin area due to the heat generated by the laser. Using a laser device with a cooling system can significantly reduce this heat sensation and increase the comfort of the treatment.
### 3. **Skin Sensitivity**
- Everyone has different skin sensitivities, so the level of discomfort will also vary. If your skin is sensitive to pain, you may experience more noticeable discomfort than others.
### 4. **Cooling System**
- Many modern laser hair removal devices are equipped with cooling systems, such as a freezing head or cold air device, which can cool the skin before, during or after laser exposure, reducing discomfort. Some devices also use pulse technology that cools the skin and then fires the laser rapidly, further reducing pain.- **755nm** (Alexandrite laser): Especially suitable for light skin and fine and soft hair, with shallow penetration and very strong absorption of melanin.
- **808nm** (Diode laser): It is the "gold standard" wavelength for hair removal, suitable for most skin types, with medium penetration depth, stable effect, and moderate absorption of melanin.
- **940nm**: It has better water and hemoglobin absorption rate, can more effectively treat certain types of hair, while being gentle on the skin and suitable for deeper hair follicles.
- **1064nm** (Nd:YAG laser): It has a longer wavelength and can penetrate deeper into the skin layer. It is suitable for darker skin and coarser hair. It has relatively weak absorption of melanin, but is safer.
Product Parameters
| Wavelength |
940nm 808nm 755nm 1064nm |
Laser Emiter |
1200W/1600W/2000W |
| Operation Interface |
12 Inch LCD Touch Screen |
Cooling System |
Air compressor cooling system
48 hours Continously working |
| Spot Size |
12*24mm;12*28mm |
Laser Bar Source Shots time |
Coherent 50000000 |
| Energy |
1-200j |
Repetition Rate |
Up to 10HZ |
| Handle |
Diode Handle (standard), Vibrissa tip( Optional ) |
Voltage |
110V/220V |
Detailed Photos
**Overall Functions:**
- **Selective Photothermolysis:** Each wavelength targets melanin in the hair follicle while minimizing damage to surrounding tissues.
- **Permanent Hair Reduction:** The laser energy heats and damages the hair follicle, inhibiting its ability to regrow hair over time.
- **Versatility:** The combination of different wavelengths allows for flexibility in treating a wide range of skin types and hair colors.
**Important Considerations:**
- **Skin Type:** The choice of wavelength should be adapted to the individual's skin type, as some wavelengths are more suitable for certain skin tones.
- **Hair Color:** Different wavelengths may be more effective for specific hair colors; for example, darker hair tends to respond better to treatment.
- **Safety:** Proper safety measures, including cooling systems and appropriate energy levels, should be implemented to prevent damage to the skin.
Company Profile
Audited Supplier 
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