





Newest Endolaser 1470nm 980nm Diode Laser Face Endolaser With Fiber Optic Laser Lipolysis Lipolysis Weight Loss

980nm + 1470nm Diode Laser System
Treatment Principle
The 980nm + 1470nm diode laser system utilizes advanced semiconductor laser technology with dual wavelengths to achieve precise and efficient tissue treatment.
Laser energy is delivered through an optical fiber, allowing highly targeted therapy. The wavelengths are selectively absorbed by hemoglobin and water within cells, enabling precise thermal action in small treatment areas. This process allows tissues to be rapidly vaporized, coagulated, and decomposed, while minimizing damage to surrounding tissues.
Thanks to its excellent cutting efficiency, coagulation ability, and hemostatic effect, the system is widely used in various minimally invasive medical procedures, including:
- Tumor resection
- Surgical procedures
- Prostate treatment (prostatectomy)
- Varicose vein treatment
- Other minimally invasive operations
Ā
Lipolysis Treatment Principle
The semiconductor laser therapy device combines 980nm and 1470nm wavelengths with a fiber-coupled laser system and a disposable lipolysis fiber to perform precise fat reduction treatments.
The optical fiber is inserted through an ultra-fine needle to accurately target localized fat deposits. Laser energy is delivered directly to the adipose tissue, where it:
- Rapidly dissolves and liquefies fat cells
- Generates uniform heating within deep and superficial fat layers
- Alters the structure of connective tissue and fat cells through controlled thermal energy
During the treatment process, the laser produces both photothermal and photodynamic effects:
- Photothermal effect: heats and liquefies fat cells
- Photodynamic effect: separates fat cells from surrounding tissues
The liquefied fat is then naturally removed through the ultra-fine cannula, effectively reducing the number of fat cells and minimizing the risk of postoperative fat rebound.




Technology Parameters:
|
Output |
Fiber-optic couplingĀ Ā |
|
Laser wavelength |
980nm+1470nm |
|
Output Power |
980nm20W+1470nm3W |
|
Pulse width |
1ms-60ms |
|
Frequency |
1-9HZ |
|
Mode |
Pulse mode & CW mdoe |
|
Aiming optical |
650nm |
|
Input |
AC:100-240V,50/60Hz |
|
Operation interface |
10.4 inch |
|
language |
English or OEM |
|
Length of Fiber |
3m |
|
Fiber core diameter |
600μm |
|
Cooling |
Air cooling |
|
Net/Gross weight |
5KG/10KG |
|
Machine DimensionsĀ |
385mm*345mm*335mm |
|
Flight case Dimensions |
540mm*400mm*360mm |




Original: $1,474.00
-65%$1,474.00
$515.90Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description

980nm + 1470nm Diode Laser System
Treatment Principle
The 980nm + 1470nm diode laser system utilizes advanced semiconductor laser technology with dual wavelengths to achieve precise and efficient tissue treatment.
Laser energy is delivered through an optical fiber, allowing highly targeted therapy. The wavelengths are selectively absorbed by hemoglobin and water within cells, enabling precise thermal action in small treatment areas. This process allows tissues to be rapidly vaporized, coagulated, and decomposed, while minimizing damage to surrounding tissues.
Thanks to its excellent cutting efficiency, coagulation ability, and hemostatic effect, the system is widely used in various minimally invasive medical procedures, including:
- Tumor resection
- Surgical procedures
- Prostate treatment (prostatectomy)
- Varicose vein treatment
- Other minimally invasive operations
Ā
Lipolysis Treatment Principle
The semiconductor laser therapy device combines 980nm and 1470nm wavelengths with a fiber-coupled laser system and a disposable lipolysis fiber to perform precise fat reduction treatments.
The optical fiber is inserted through an ultra-fine needle to accurately target localized fat deposits. Laser energy is delivered directly to the adipose tissue, where it:
- Rapidly dissolves and liquefies fat cells
- Generates uniform heating within deep and superficial fat layers
- Alters the structure of connective tissue and fat cells through controlled thermal energy
During the treatment process, the laser produces both photothermal and photodynamic effects:
- Photothermal effect: heats and liquefies fat cells
- Photodynamic effect: separates fat cells from surrounding tissues
The liquefied fat is then naturally removed through the ultra-fine cannula, effectively reducing the number of fat cells and minimizing the risk of postoperative fat rebound.




Technology Parameters:
|
Output |
Fiber-optic couplingĀ Ā |
|
Laser wavelength |
980nm+1470nm |
|
Output Power |
980nm20W+1470nm3W |
|
Pulse width |
1ms-60ms |
|
Frequency |
1-9HZ |
|
Mode |
Pulse mode & CW mdoe |
|
Aiming optical |
650nm |
|
Input |
AC:100-240V,50/60Hz |
|
Operation interface |
10.4 inch |
|
language |
English or OEM |
|
Length of Fiber |
3m |
|
Fiber core diameter |
600μm |
|
Cooling |
Air cooling |
|
Net/Gross weight |
5KG/10KG |
|
Machine DimensionsĀ |
385mm*345mm*335mm |
|
Flight case Dimensions |
540mm*400mm*360mm |



























