Renewable Design for hair remover machine diode laser american - Diode laser hair removal all skin type- H8 ICE – TRIANGEL
Renewable Design for hair remover machine diode laser american - Diode laser hair removal all skin type- H8 ICE – TRIANGEL Detail:
description
In order to provide you with optimal treatment possibilities, the portable laser ICE H8 comes with:
★ Versatile 808nm/808nm+760nm+1064m diode laser 3 spot sizes handpieces
★ Advanced cooling technology
The unique features of the Laser ICE H8 enable you to provide your patients with:
★ Maximal treatment comfort
★ Long lasting results
★ Suitable for a veriaty of skin types
Laser Power 1000w
12*24mm 12*16mm 12*12mm
choose
Cutting Edge Technology
to ensure Painless Hair Removal
Sapphire Touch Cooling
TEC Semiconductor Cooling
Water Cooling
Advanced Graphical User Interface
HR,SHR and SR three functions
Multi-Language optional
Using the intutive touch screen,you can select the required mode and programes.
advantage
In each mode(HR or SHR or SR) you can adjust the settings precisely for the skin and hair type and the intensity to obtain the required values for each treatment.
1.Skin is cooled before and during treatment.
2.Skin is compressed.
A laser beam is applied to the skin and the target is damaged
Cooling System
Water Chiller ,can keep the machine working continuously for 12 hours.
Water Filter
Effectively filter>15μm imoulties in water
Water Pump
Imported from germany
Constant Current Source
Balance current peaks to ensure laser life
Acrylic Water Tank
Avoid corrosion and oxidation of the water tank
Water Line and Circuit Separation
Line optimization design
Protect appliances
Easy maintenance
parameter
Laser Type | Diode Laser ICE H8 |
Wavelength | 808nm/808nm+760nm+1064nm |
Energy | 1-100J/cm2 |
Treatment head | Sapphire crystal |
Pulse Duration | 1-300ms |
Repetition Rate | 1-10 Hz |
Interface | 10.4 |
Output power | 2000W |
Spot Size | 12*12mm/12*16mm/12*24mm |
Cooling system | Water Chiller cooling +water cooling
system+air cooling system+ Sapphire touch cooling |
Power Supply | AC 220V 50Hz/ AC 110V 60Hz |
Dimension | 720*520*600mm |
G.W. | 43 KG |
Warnings and Risks
Treatment should not be attempted on patients with the following conditions in the treatment area: any active infections or inflammatory skin conditions, Dysplastic nevi, tattoos, active cold sores, open lacerations or abrasions, viral, fungal, or bacterial diseases or a history of post inflammatory hyperpigmentation. The most common immediate responses of laser treatment for hair removal, vascular lesions, pigmented lesions are erythema, edema, perifollicular edema and perivascular edema, vascular bleaching, hyperpigmentation and hypopigmentation or textural changes of the treated areas.
Customer Reviews
“I chose the laser ICE H8 for my practice because it uses an 808 diode and I am very pleased with my choice.
The results are outstanding and the treatment is most comfortable for the patients.”
Adele Quintana, M.D.
“The laser ICE H8 is a fast and easy to use device. It is per- fect for treating all body areas .The cooling handpieces enables an effective and comfortable treatment for all of my patients.”
Omar A. Ibrahimi, M.D., Ph.D.
Operation Video
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Details
Product detail pictures:
Related Product Guide:
Our products are widely recognized and trusted by users and can meet continuously developing economic and social needs for Renewable Design for hair remover machine diode laser american - Diode laser hair removal all skin type- H8 ICE – TRIANGEL , The product will supply to all over the world, such as: Guatemala, Benin, Tajikistan, At present our sales network is growing continually, improving service quality to meet customer's demand. If you are interested in any products , please contact us at anytime. We are looking forward to forming successful business relationships with you in near future.
By Sabrina from Swansea - 2017.12.09 14:01
The after-sale warranty service is timely and thoughtful, encounter problems can be resolved very quickly, we feel reliable and secure.
By Rebecca from Porto - 2017.07.28 15:46