Screen | 10.4 Inches Real Color Touch Screen |
Laser Energy | ND YAG @ 160J Alexandrite @ 100J |
Frequency | 1/2/4 Hz |
Spot Size | 4-14mm |
Pulse Duration | 10-100ms |
Fiber Diameter | 3mm |
Pulse Control | Handle Button Control |
Capacitor | 22000uf*4 |
Cooling System | TEC cooling+ Air cooling+ Water cooling |
Power | 4000W |
Voltage | AC 110V/220V |
Solution and Implementation
The Alexandrite Laser Hair Removal Machine provides a multi-faceted solution for various skin concerns. It offers effective hair removal from different body areas and treats issues like vascular lesions, nail fungus, spider veins, wrinkles, and more. Through its dual wavelengths and adjustable settings, it customizes treatments for diverse needs.
Principle of Function
It uses dual wavelengths (755nm Alexandrite and 1064nm ND Yag) to target specific tissues. The laser energy is absorbed by the target, causing damage or stimulation for treatment effects. The adjustable pulse width and spot size allow for precise control over the treatment intensity.
Application Industries and Segments
Primarily for the beauty and skincare industry. Used in spas, dermatology clinics, and beauty salons.
Advantages and Features
Dual Wavelengths: Offers versatility for multiple treatments.
Adjustable Pulse Width and Spot Size: Customizes treatment for different areas and hair types.
Small and Exquisite Handle: Easy to operate on any treatment site.
Best Cooling System: Ensures comfort and reduces skin damage.
Multiple Functions: Addresses a wide range of skin issues.
Product Parameters
Dual wavelengths: 755nm Alexandrite and 1064nm ND Yag.
Pulse width: 10 – 100mm.
Spot size: 4 – 14mm.
Cooling system: TEC, air, and water cooling.
Perfectlaser, assisting worldwide customers with medical aesthetic devices for over 15 years. Perfectlaser is proud of our fast lead time, stable quality, and superior service. Perfectlaser will provide one-stop manufacturing solutions to all your hydraulic needs. We look forward to connecting and serving all customers around the world.