China factory direct sell professional multiple uses whole body intense pulsed light super LED hair removal device Manufacturer and Supplier

factory direct sell professional multiple uses whole body intense pulsed light super LED hair removal device

Short Description:

Product Detail

What is LED hair removal?

Strength:

Extreme long lifespan
In QCW mode, 200μs pulse width, it can shot more than 20G(20 million) times. This is 5~10 times longer compared with lasers from
Israel, Germany and USA, 20-30 times more than uppliers from China.No working temperature limit
Temperature coefficient of the wavelength is 0.07nm/k(4 times than laser bar), that means it’s not sensitive to temperature,
highest working temperature can be 85℃.

24 hours non-stop working
Wide heat dissipation surface, can realize all around clock work with “contant temperature”

Few after sales concerns
No deionized water, no filters, no consumables, etc. No laser source burning concern

Technology		IPL	Diode Laser	LED
Light source features	Light source	Xenon lamp	Diode laser bars	LED chips
	wavelength	Wide spectrum 610nm-900nm	Single wavelength 755/808nm/1064nm	Narrow spectrum 780-850nm
	Light power	5-10kw	320-1000w	840w
	Light emitting area shape	Columnar	Line	Surface
	Pulse lifespan	10000-30000shots	8-30million shots	60-100 million shots
Operation	Operation mode	Stamp	Stamp/Repeat	Stamp/Repeat
Operation	Energy density	1-40j/cm2	Stamp:50-100cm2 Repeat:5-12J/cm2@10Hz	Stamp:50-100cm2 Repeat:5-12J/cm2@10Hz
Maintenance	Handle	Always need change light tube	Laser generator is easily damaged, need replace every 1 to 2 years	If normal use and regular maintenance, handle has the same lifespan as device
	Filter	No need	Need often change filter and deionizer, if not, laser generator is easily damaged	No need
	Cooling water	Drinking water	Special deionized water or coolant	Drinking water

Specification

Product Name	iMED_LED
Light source	LED
Light spectrum	NIR
Light power	800W
Pulse width	10-300ms
Energy density	1-100J/cm2
Frequency	1-10Hz
Skin type	I-VI
Operation mode	Stamp, Repeat
Spot size	15*15mm2
Cooling system	TEC Sapphire contact cooling/ Water cooling
Cooling temperature	15℃ – 10℃
Size	504635cm
Net weight	25KG

LED technology advantage

LED hair removal technology

LED hair removal use high-power super-emitting LED (Planar LED) array (12 pieces of chip) as a light source, crystal guide pyramid
shaping and transmission of NIR beam, act on the subcutaneous, melanin in hair follicle absorb heat, to achieve hair removal
effect.

Long lifespan and high stability

Up to 100 million shots and 5 years’ expected service lifetime(less than 10% failure and 20% power attenuation), without any consumable. Stable performance, low malfunction rate, no downtime. Very easy maintenance and after sales services. Low running cost, but high return on investment.

Reasonable light wavelength and spectrum

iMED LED use near infrared light with wavelength 780~850nm, little absorbed by skin tissue and vascular etc., but mainly absorbed by melanin in follicle, so hair removal is highly effective. Light spectrum has width, so can apply to more skin colors including dark skin.

Reasonable light wavelength and spectrum

A Evenly rectangle spot with nice consistency, energy is uniform, no painful feeling during treatment. Surface array light source,lower max. local brightness, no harmful to human eyes though direct watch. B Planar light emitting area, uniform rectangular spot,and the light’s divergence angle is small to 15°, easily penetrate into skin, very deep penetration depth, deep hair follicle also can be treated.

	Diode laser	LED	LED Advantages
Thermal damage	Light power	Similar
	Thermal power	Similar
	Chip size	1*10mm	7.5*7.5mm
	Conclusion	Similar total thermal power, LED has bigger heat dissipation are and smaller heat flow density.
	Heat transfer patch	Pass to the bottom and rear Average path is 1.5mm	Pass to the bottom Average path is just 0.2mm
	Conclusion	LED has very short heat transfer path, lower thermal resistance and much higher efficiency of heat dissipation.
Mechanical damage	Stress	Rectangle, high length-width ratio. Under stress of thermal deformation and thermal fatigue, chips easily desoldering or broken in pulsed working	Square, 1:1 length-width ratio. Extra thin chip and large soldering area firmly but low stress.
Mechanical damage	Conclusion	Because of chip structure, LED chip’s stress is smaller than diode laser
Optical damage	Light power	Similar
Optical damage	Light emitting area	Size 0.01*0.1mm High brightness, foreign body pollution can cause light-emitting surface burned	Size 5*5mm Brightness is just similar to normal LED lamp of flashlight, slight dust will not being ignited to burn the lighting surface
	Conclusion	Because of surface emitting, the brightness of LED light emitting area is much smaller than diode laser.
Chain damage		Not like diode laser, for LED chips, single area’s failure does not affect other emitting area