2023 gomecy Advanced Diode Laser Machine for Aesthetic Treatments full body laser hair removal machine home 3 in 1

Product Description:

A 755nm, 808nm, 1064nm diode laser machine works based on the principle of selective photothermolysis. This technique targets specific chromophores (melanin in the case of hair removal) in the skin and heats them to the point of destruction while minimizing damage to surrounding tissues. Here's a breakdown of how each wavelength operates:

1. **755nm Wavelength:**
- **Target:** Melanin in the hair follicles.
- **Operation:** This wavelength is highly absorbed by melanin, making it effective for targeting the melanin in the hair shaft and surrounding structures. It works well for fine and lighter-colored hair.

2. **808nm Wavelength:**
- **Target:** Melanin in the hair follicles.
- **Operation:** The 808nm wavelength is considered a standard for hair removal. It provides a good balance between penetration depth and melanin absorption, making it effective for a wide range of hair colors and skin types.

3. **1064nm Wavelength:**
- **Target:** Deeper melanin and hemoglobin in blood vessels.
- **Operation:** This wavelength has a longer penetration depth, making it suitable for treating deeper hair follicles. It is also less absorbed by melanin in the epidermis, making it safer for individuals with darker skin tones.

The general process of how a diode laser hair removal machine works is as follows:

- **Melanin Absorption:** The diode laser emits light at the specified wavelength, and melanin in the hair follicles absorbs this light.

- **Heat Generation:** The absorbed light energy is converted into heat. This heat damages the hair follicle, inhibiting further hair growth.

- **Selective Photothermolysis:** The goal is to selectively target the melanin in the hair without causing significant damage to the surrounding skin.

- **Cooling Mechanisms:** Many diode laser machines incorporate cooling mechanisms to minimize discomfort and protect the skin's surface during the treatment.

- **Multiple Sessions:** Since hair grows in cycles and the laser is most effective on actively growing hair, multiple treatment sessions are usually required for optimal and long-lasting results.

Machine details:

1. **Versatility:**
- The combination of multiple wavelengths allows practitioners to address a wide range of skin types and hair colors. This makes the machine suitable for various individuals, including those with different skin tones and hair textures.

2. **Effective Hair Removal:**
- Each wavelength targets different depths in the hair follicles, making the diode laser machine effective for removing hair of varying thickness and depth. This enhances the overall efficacy of the hair removal process.

3. **Safe for Different Skin Types:**
- The inclusion of different wavelengths, especially the 1064nm wavelength, makes the diode laser machine suitable for individuals with darker skin tones. This helps minimize the risk of side effects such as hyperpigmentation or burns.

4. **Reduced Discomfort:**
- Diode lasers often incorporate cooling mechanisms (such as contact cooling or built-in cooling systems) to enhance patient comfort during the treatment. This can reduce pain and discomfort associated with laser hair removal procedures.

5. **Speed of Treatment:**
- Diode laser machines are known for their larger spot sizes and fast repetition rates, enabling quick and efficient treatments. This is advantageous for both practitioners and patients, especially when treating larger areas of the body.

6. **Long-Term Results:**
- Diode lasers are known for providing long-term hair reduction. The combination of different wavelengths allows for effective targeting of hair follicles, leading to significant and lasting results over multiple treatment sessions.

7. **Precision:**
- The specific targeting of melanin in the hair follicles by different wavelengths contributes to the precision of the treatment, minimizing damage to surrounding skin tissues.

8. **Customizable Treatments:**
- Practitioners can customize treatments based on the patient's unique characteristics, adjusting the wavelength and energy settings for optimal results.

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