2022 wholesale price Diode Laser 808nm Hair Removal Machine - Laser Hair Removal with 755, 808 & 1064 Diode Laser- H8 ICE Pro – TRIANGEL

description

3 FUNCTIONING MODES.MAXIMUM EFFECTIVENESS
SETTING Multi-language optional

With ICE H8+ you can adjust he laser setting to suit the skin type and specific characteristices of hair thereby offering your clients maximum safety and effectiveness in their oersonalesed treatment.

Using the intutive touch screen,you can select the required mode and programes.
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.

choose

Frequency
Choice of hertz to suit the functioning mode selected
HR mode: speed of 1.2.3 and 4 Hz
SHR mode: speed up to 10Hz

Fluence
Immedate and simple set up of the amount f energy applied in each shot.
From 1J/cm2 to 300J/cm2

Pulse Width
It has 3 types of pulse at the maximum fluence 15ms for skin type I and III.
30ms for skin type I.II. and III.
100ms for skin type IV.
and 300ms for skin type V and VI.

HR Mode
The HR Mode utilizes a single pulse, high fluence approach to deliver heat energy
selectively to the hair follicle, without affecting the surrounding dermal tissue. The energy absorbed by the melanin in the hair causes heat injury to the hair, preventing its further growth.
Simultaneously, intense contact cooling is applied to the epidermis to prevent superficial heat injury and to improve patient comfort.

SHR Mode
The SHR mode utilizes this series of low fluence, high repetition pulses to increase the temperature of both the hair follicle and the surrounding, nourishing tissue to 45 ℃.
This more gradual, in-motion heat delivery uses the chromophores in the surrounding tissue as reservoirs to effectively heat up the hair follicle. This, along with the heat energy absorbed directly by the hair follicle, damages the follicle and prevents re-growth.
The SHR mode protects the epidermis and provides a virtually painless treatment.

The revolutionary SHR Mode provides the ideal combination for efficient hair removal

1. The SHR Mode uses the optimal hair removal wavelength of 808nm diode
for deep penetration into the dermis where the hair follicle is located.
2. The SHR Mode has consistent, high average power capabilities to enable the 10 pulse-per-second repetition rate for “hair removal in-motion”.
3. The SHR Mode enables a low fluence, “in-motion” approach for virtually painless hair removal.

The ICE H8+ also includes the traditional higher fluence HR (Hair Removal)Mode. ICE H8+ can be used safely on all skin types, including tanned skin,and has been shown to provide permanent hair reduction.

HR Mode
The HR Mode utilizes a single pulse, high fluence approach to deliver heat energy
selectively to the hair follicle, without affecting the surrounding dermal tissue. The energy absorbed by the melanin in the hair causes heat injury to the hair, preventing its further growth.
Simultaneously, intense contact cooling is applied to the epidermis to prevent superficial heat injury and to improve patient comfort.

SHR Mode
The SHR mode utilizes this series of low fluence, high repetition pulses to increase the temperature of both the hair follicle and the surrounding, nourishing tissue to 45 ℃.
This more gradual, in-motion heat delivery uses the chromophores in the surrounding tissue as reservoirs to effectively heat up the hair follicle. This, along with the heat energy absorbed directly by the hair follicle, damages the follicle and prevents re-growth.
The SHR mode protects the epidermis and provides a virtually painless treatment.

advantage

Double Cooling System: Water Chiller and Copper Radiator,can keep the water temperature low, and the machine can work continuously for 12 hours.
Case card slot design: easy to install and easy after-sales maintenance.
4 picecs 360-degree universal wheel for easy movement.

Constant Current Source
Balance current peaks to ensure laser life
Water Pump
Imported from germany
Big Water Filter to keep the water clean

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Operation Video

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