| Customization: | Available |
|---|---|
| Type: | Slimming Machine |
| Theory: | Laser |
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Laser lipolysis uses laser energy of a specific wavelength to penetrate the skin and act on the subcutaneous fat layer. The laser energy destroys the fat cell membrane through the photothermal effect, causing the fatty acids and glycerol in the fat cells to be released into the intercellular matrix. These released fat contents are then cleared through the body's natural metabolic process.
Indications
- Localized fat accumulation, such as the abdomen, waist, buttocks, thighs, arms, neck, etc.
- Mild to moderate skin sagging problems.
- People who are not suitable for traditional liposuction or want to avoid surgical risks and recovery period.Advantages
1. **Non-invasive**: No surgery or injection is required, reducing the risk of infection and scarring.
2. **Precision**: The laser energy can be precisely controlled, highly targeted, and avoids damage to surrounding tissues.
3. **Quick recovery**: The recovery time after treatment is short, and most people can quickly resume daily activities.
4. **Versatility**: In addition to fat dissolving, it can also stimulate collagen production and tighten the skin.
| Wavelength | 635nm+650nm+780nm+810nm+940nm+980nm | Number of treatment paddles | 4,6,8,10,12,14.16 option |
| Output Energy | 209mw each diode laser light | Number of diode laser | 3,20,28each paddles option |
| Energy Level | 1-15 | Cooling system | Air cooling +wind cooling |
| Pulse Time | 0.1-5s | Mode of Operation | Continues/time setting |
| Delay Time | 0-5s | Safety | On Board Diagnostics |
| Treatment Time | 1-60mins | Screen size | 14 inches |
1. **635nm and 650nm lasers**
- **Wavelength characteristics**: Belongs to the red light range and has a shallow penetration depth.
- **Mechanism of action**: Stimulates the mitochondria of fat cells, increases ATP production, and promotes the release of fatty acids and glycerol.
- **Applicable parts**: Shallow fat in the face, neck, etc.
2. **780nm laser**
- **Wavelength characteristics**: Has a medium penetration depth and can reach the subcutaneous fat layer.
- **Mechanism of action**: Directly acts on fat cells and destroys cell membranes.
- **Applicable parts**: Middle fat in the waist, abdomen, buttocks, etc.
3. **810nm laser**
- **Wavelength characteristics**: Deep penetration depth.
- **Mechanism of action**: Selective photothermal effect, directly destroying fat cells.
- **Applicable parts**: Deep fat in the abdomen, thighs, etc.
4. **940nm and 980nm laser**
- **Wavelength characteristics**: Deep penetration depth and concentrated energy.
- **Mechanism of action**: Destroy fat cell membranes through photothermal effect, and fat contents are released and metabolized and cleared.
- **Applicable parts**: Large areas of deep fat, such as the abdomen, back, thighs, etc.Advantages
- **Non-invasive or minimally invasive**: Compared with traditional liposuction, laser lipolysis usually does not require large incisions, has a short recovery time, and less pain and discomfort.
- **Selective**: The laser can selectively act on fat cells without damaging the surrounding skin and tissue.
- **Skin tightening effect**: Laser lipolysis can not only reduce fat, but also stimulate the production of collagen and elastin, improving the firmness and texture of the skin.
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