0102030405
Laser Hair Removal 808nm 810nm 3000W Handle High Power Diode Laser Stationary
American Coherent laser Bars
By Original American Coherent laser technology,the original bars are adopted in the laser generator to ensure that the output is stable and sufficient.The high quality bars guarantee a super zlong life span of the laser.
By Original American Coherent laser technology,the original bars are adopted in the laser generator to ensure that the output is stable and sufficient.The high quality bars guarantee a super zlong life span of the laser.
FAC Technology/Fast Axis Collimatorl/Collimator Lens Focus Beam
Collimate the light path, reduce the divergence angle of the beam, and turn the divergent light path into a parallel light path. Smoother the edges of the laser beam.Also the energy output will be more stable.
Collimate the light path, reduce the divergence angle of the beam, and turn the divergent light path into a parallel light path. Smoother the edges of the laser beam.Also the energy output will be more stable.
Treatment Handle Cooling Temperature:-15°C
Water cooling +TEC 450W cooling(exclusive) + Air coolingThis treatment head combine with 360°strong contact cooling , can make sure a painless treatment.
Water cooling +TEC 450W cooling(exclusive) + Air coolingThis treatment head combine with 360°strong contact cooling , can make sure a painless treatment.
| Display screen | 15.6 inch HD 1080P capacitive screen (more sensitive to touch)
|
| Power | 3000W |
Wavelength |
808nm |
| Shots | No limitation |
| Fluence | 10~80J/cm2 |
Pulse width |
10-300ms |
Frequency |
1-10HZ |
| Cooling System | Water cooling +TEC 450W cooling(exclusive) + Air cooling |
| Voltage |
AC 220V士10% 50HZ
AC 110V士10% 60HZ
|
“755nm, 1064nm and 810nm Diode Laser Depilation” refers to the use of laser technology in hair removal. Each of these wavelengths targets hair follicles at different depths and is effective for various skin types and hair colors. Here's a detailed look at each wavelength and their applications:
755nm Alexandrite Laser
Wavelength:755 nm
Skin Type: Best for lighter skin types (Fitzpatrick skin types I–III).
Hair Type:Effective for finer hair (blonde and light brown).
Mechanism:The Alexandrite laser has a high absorption rate in melanin, making it effective for targeting hair follicles while minimizing damage to surrounding skin.
Benefits: Faster treatment sessions due to larger spot sizes; ideal for larger areas like legs or back.
810nm Diode Laser
Wavelength: 810 nm
Skin Type: Versatile; can be used on a wider range of skin types (I–IV).
Hair Type:Good for medium to coarse hair types; effective on dark hair.
Mechanism:This laser penetrates deeper into the dermis, effectively targeting deeper follicles while balancing efficiency and safety for various skin tones.
Benefits:Suitable for both fine and coarse hair; provides a compromise between speed and effectiveness.
1064nm Nd:YAG Laser
Wavelength:1064 nm
Skin Type:Safe for all skin types, including darker skin (Fitzpatrick types IV–VI).
Hair Type:Effective for coarse hair and darker pigmentation.
Mechanism:The longer wavelength allows for deeper penetration into the skin, reducing the risk of burning and damage to the epidermis.
Benefits:Ideal for tanned skin or darker-skinned individuals; provides effective hair removal with minimal discomfort.
Comparison and Combined Technologies
Combination Use: Some laser devices combine these wavelengths to adapt treatments to different hair and skin types. For example, clinicians may use a higher wavelength to treat darker or thicker hair, while switching to a lower wavelength for finer or lighter hair.
- **Customization:** Practitioners can tailor treatments based on individual client needs, skin types, and hair characteristics. This flexibility enhances the efficacy of hair removal.
Considerations
Pain Management:Patients may experience discomfort during the procedure, but cooling systems on the laser devices often help mitigate this. Topical anesthetics may also be used.
Side Effects:Possible side effects include temporary redness, swelling, or minor skin irritation. Proper aftercare is essential to minimize these effects.
Sessions Required:Multiple sessions are typically needed for optimal results, as hair grows in different cycles (anagen, catagen, telogen).
Consultation:A preliminary consultation with a qualified practitioner is crucial to assess skin type, hair characteristics, and medical history before proceeding with laser hair removal.
Conclusion
The choice of wavelength in diode laser depilation plays a critical role in the effectiveness and safety of hair removal treatments. Understanding the specifics of 755 nm, 810 nm, and 1064 nm lasers helps both practitioners and patients make informed decisions for personalized and effective hair removal solutions. If you’re considering this treatment or have specific questions about it, please let me know!