Nexgen – Fiber Laser Hair Removal machine
₹550,000.00
In stock
Fiber Laser Hair Removal macine
A Fiber Laser Hair Removal macine is a cutting-edge appliance utilized for depilatory purposes via laser technology. The device functions on the principle of releasing highly concentrated light that is consumed by the hair follicle’s pigment (melanin). This light energy is transformed into heat, which harms the hair follicle and inhibits hair growth in the future.
Core Technology:
- Fiber Laser: The technology powering the system is fiber laser, which employs optical fibers to convey the laser energy to the skin. Fiber lasers are highly precise, efficient, and capable of penetrating hair follicles deeply with minimal discomfort to surrounding skin.
How Fiber Laser Hair Removal macine Works:
- Light Absorption: The laser releases a particular wavelength of light, which is absorbed by the pigment within the hair. This energy is converted into heat, which kills the hair follicle without damaging the surrounding tissue.
- Cooling Mechanism: Most systems have an in-built cooling mechanism to safeguard the skin throughout the procedure. Cooling technologies like cryogen spray or contact cooling ensure that the skin remains cool while the laser works on the hair follicles, minimizing pain and avoiding skin damage.
Applications:
- Large Areas: Fibre laser equipment treats extensive surfaces, including the chest, back, legs, and arms.
- Small Areas: They are likewise suitable for delicate, smaller areas such as the upper lip, chin, armpits, and bikini region.
Suitability:
Skin Type: These lasers can treat a broad spectrum of skin types, ranging from light to dark complexion, making them ideal for a range of clients.
Hair Type: The laser system performs optimally on dark and thick hair. Fiber lasers can also treat finer hair types effectively.
Conclusion:
The Nexgen Labs Fiber Laser Hair Removal Machine is an innovative solution for safe, efficient, and long-term hair removal. With advanced fiber laser technology, it accurately targets hair follicles with minimum discomfort and protection of the skin through built-in cooling systems. It is effective for a broad spectrum of skin and hair types and provides excellent results for large and small areas of treatment. With a focus on innovation and quality, Nexgen Labs offers dependable and high-performance laser technology to professionals in the beauty and dermatology sector.
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Multiple Wavelengths: Fiber lasers often use multiple wavelengths (like 755 nm and 1064 nm) to treat different skin tones and hair types effectively.
- The 755 nm wavelength is ideal for lighter skin and finer hair.
- The 1064 nm wavelength is effective for darker skin tones and coarser hair.
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Precision: The use of fiber optic technology ensures precise targeting of hair follicles, making the treatment more efficient and less likely to cause damage to surrounding skin.
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Cooling Systems: Many fiber laser machines include built-in cooling systems, such as air cooling, contact cooling, or cryogen sprays, to minimize pain and discomfort during treatments.
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Speed and Efficiency: These systems are designed for quick treatments, with a high pulse repetition rate, allowing practitioners to treat large areas of the body in less time compared to traditional methods.
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Adjustable Settings: The machines allow the operator to adjust the energy level, pulse duration, and other parameters to customize the treatment based on the client’s skin type, hair color, and pain tolerance.
Advantages
- Fast Treatment: Fiber laser hair removal machines are known for their ability to treat large areas quickly, making the treatment time much shorter.
- Long-Lasting Results: After a series of treatments, patients can experience long-lasting hair reduction. In many cases, it can even be permanent.
- Minimal Side Effects: With proper use and safety measures, fiber laser systems have a lower risk of side effects like pigmentation changes, scarring, or burns.
- Comfort: Due to cooling features, the treatment tends to be less painful compared to traditional laser hair removal.
| Parameter | Specification |
|---|---|
| Laser Type | Fiber Laser |
| Wavelength | 755 nm, 1064 nm (Some models may include additional wavelengths) |
| Pulse Duration | 0.1 ms to 200 ms (Adjustable for different skin types and hair densities) |
| Energy Density | 1-100 J/cm² (Adjustable for different skin and hair types) |
| Spot Size | 12 mm, 15 mm (Customizable depending on treatment area) |
| Power Output | 300 W to 1000 W (Varies based on model and treatment requirements) |
| Cooling System | Contact cooling, Air cooling, Cryogen spray (depending on model) |
| Pulse Repetition Rate | Up to 10 Hz (For faster treatment times) |
| Treatment Area | Face, Legs, Arms, Back, Bikini Area, Underarms |
| Skin Type Compatibility | Suitable for Fitzpatrick skin types I-VI (light to dark skin tones) |
| Operation Mode | Continuous or multi-pulse mode (for different hair thicknesses) |
| Laser Output Mode | Single pulse, Multiple pulses (adjustable) |
| Machine Interface | Touchscreen Display, User-friendly interface |
| Dimensions (L x W x H) | 48 cm x 48 cm x 112 cm (Size may vary) |
| Weight | 30 kg to 50 kg (depending on the model) |
| Voltage | 220 V / 110 V (depending on region) |
| Cooling Temperature | -4°C to -10°C (For effective cooling during treatment) |
| Treatment Time | 15-30 minutes (varies depending on the treatment area) |
| Energy Level Adjustment | Yes, Adjustable for different areas and hair types |
| Laser Lifetime | Over 10 million shots or up to 50,000 hours (depending on the laser type) |
| FDA/CE Certification | Yes, most systems are FDA-approved (for the US) and CE-certified (Europe) |
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