Product Details
10hz Permanent 808nm Diode Laser Hair Removal Machine Fda Approved
What is Diode Laaer
- Diode Laser is a semiconductor device similar to a light-emitting
diode (LED). It uses p-n junction to emit coherent light in which
all the waves are at the same frequency and phase.
- Diode Laser used the TEC (ThermoElectric Cooler) and Sapphire
Technology to cool down the treated skin
- Diode Laser emits high technology with patterns and strict
standards so this can be applied in the hair color from dark to
grey, skin color types from white, yellow to light brown.
Working Principle
- Diode laser machine is making use of this specific laser wavelength
808nm and make the melanin as the target to selectively work on the
hair follicle, and rise the temperature inside of it so as to
damage the hair follicle and hair growing place.
- When the melanin absorb the laser light, the photo-thermal effect
can selectively damage the hair cells, so the hair is permanently
remove at the same time it will not damage the normal tissue around
the treated skin.
- It can also have the effect of refined skin pores and smooth skin
texture.
- Laser wavelength 808nm can penetrate to the skin depth of its
target tissue ( hair papilla) with suitable and lasting time of
pulse to heat up. the target tissue while the surrounding tissue of
treated area will be affected cause when the right amount of energy
works.
Medex Diode Laser Advantages
- Safe, Fast permanent & painless
Suitable for hair removal of all skin type with effective results - Super Cooling System
Ensure the machine non-stop working - Quick Treatment
Up to 10Hz repetition rate with 12mm* 12mm spot size, provide a
fast in motion treatment and high efficiency and speed - Water Level Sensor
To prevent the affection of cooling effect by lack of water - Water temperature sensor
To avoid reduction of laser’s service life and skin cooling - Water flow sensor
To prevent the laser and the TEC from fatal injuries caused by lack
of water
Treatment Parameter Guideline
Parts | Energy | Frequency |
Lips hair | 12 - 20 | 1 - 3 |
Armpit hair | 10 - 23 | 3 |
Limbs hair | 15 - 28 | 3 - 5 |
Bikini hair | 10 - 20 | 1 - 3 |
Hair line | 15 - 25 | 1 - 3 |
mustache | 10 - 25 | 1 - 3 |
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 | 50*46*35cm |
Net weight | 25KG |
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. |
Conclusion | Because of chip structure, LED chip’s stress is smaller than diode
laser |
Optical damage | Light power | Similar |
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 |
Company Profile
Based on many years technical know-how and marketing research, we
attracted a level of professionals from Materials Engineering,
Mechanics, Electronics, Precision Finishing, Clinical Medicine and
Marketing, and set up the Beijing LaserTell Medical Co., Ltd.For
years, we combine a level of innovation, expertise and customer
understanding superior to that of any company in our industry.
Now LaserTell has developed many kinds beauty equipments such as
Intense Pulsed Light, E-light (IPL+RF), SHR, 808nm Diode Laser,
755nm Alexandrite Laser, 1064nm Long Pulsed Laser, etc.
Together, we are more market responsive than ever before. We enable
practitioners to offer safe, effective and profitable aesthetic and
surgical treatments to their patients, while allowing patients to
benefit from the capabilities of state-of-the-art, clinically
proven technologies and methods.