Bottom price Lightsheer Duet - Diode Laser Machine For Hair Removal And Skin Rejuvenation – KES
Short Description:
Product Detail
FAQ
Product Tags
Related Video
Feedback (2)
Bottom price Lightsheer Duet - Diode Laser Machine For Hair Removal And Skin Rejuvenation – KES Detail:
Diode Laser Machine For Hair Removal And Skin Rejuvenation
Theory
Diode laser technology is based on selective dynamics of light and heat. The laser wavelength 808nm goes through the skin surface to reach the root of hair follicles; light can be absorbed and Converted into heat damage hair follicle tissue, so that hair loss regeneration without injury surrounding tissue. Slight pain, easy operation and safe technology for permanent hair removal.
Specification
Technique Specification | |
Laser type | High power diodes |
Wavelength | 808nm Standard755nm, 1064nm Tri-wavelength optional Changeable: Spot site 9*9, 12*12, 12*18 optional , 12* 24 (coming soon) |
Spot size | 12* 12mm2 |
Repetition rate | up to 10HZ |
Fluence | 10-125J/CM2 |
Pulse width | 10-400ms |
Peak power | 2500W |
Platform specification | 100-240VAC+-10% 12A MAX/50-60HZ |
Net Weight | 27KG |
Dimension | 397mm*357mm*463mm |
Product detail pictures:
Related Product Guide:
Our company has been concentrating on brand strategy. Customers' pleasure is our great advertising. We also source OEM service for Bottom price Lightsheer Duet - Diode Laser Machine For Hair Removal And Skin Rejuvenation – KES, The product will supply to all over the world, such as: Uzbekistan , Lebanon , Bulgaria , Our product quality is one of the major concerns and has been produced to meet the customer's standards. Customer services and relationship is another important area which we understand good communication and relationships with our customers is significant power to run it as a long term business.
By Alexia from Nairobi - 2018.02.12 14:52
Sales manager is very enthusiastic and professional, gave us a great concessions and product quality is very good,thank you very much!
By ron gravatt from Malawi - 2018.09.23 18:44