GOMECY 1470nm 980nm/30W Fat Reduction Endolift Laser Device Endolaser Fat

Product Specification

 Product Description:

Laser Treatment Working Theory:

Woring Principle
The 980nm & 1470nm lipolysis diode laser machine leverages precision-targeted photothermolysis to deliver superior results.

980nm Deep - Fat Melting Module
The energy is targeted at the fat particles within fat cells. Through the photothermal effect, the high temperature directly destroying the fat cell membranes, causing them to rupture and release fatty acids.
Simultaneously, it stimulates the contraction and regeneration of subcutaneous collagen fibers and closes blood vessels to reduce bleeding. It is suitable for efficient fat melting and body shaping in areas with deep - seated fat accumulation such as the abdomen and thighs.

1470nm Superficial Repair Module
The energy targets water molecules as the absorption point and acts on the superficial fat and the dermis. Through gentle thermal activation, it promotes fat metabolism and triggers the immediate contraction and long - term regeneration of collagen fibers.
Combined with epidermal cooling technology, it enables precise fat melting and skin tightening in delicate areas (such as the chin and double chin) and reduces the risk of thermal damage.

Fiber Optic Delivery System
Engineered with medical-grade fiber optics, the device ensures precise energy delivery directly to target adipose tissue. The fiber’s lateral-emitting design distributes laser energy evenly across the treatment area, minimizing thermal damage to surrounding structures. Inserted via micro-puncture, this minimally invasive approach reduces downtime and enhances safety compared to traditional surgical methods.

Step-by-Step Fat Reduction & Skin Tightening
Fat Cell Activation: The 980nm and 1470nm lasers penetrate subcutaneous fat layers via fiber optics, heating fat cells to their breakdown threshold.
Fat Liquefaction: Heat ruptures fat cell membranes, releasing triglycerides for natural metabolic elimination.
Collagen Renewal: The 1470nm wavelength’s thermal effect activates fibroblasts, boosting collagen and elastin synthesis to tighten and rejuvenate skin.

How It Works:
1. Local Anesthesia:The procedure usually begins with the administration of local anesthesia to minimize discomfort.

2. Laser Application: A small laser fiber is inserted beneath the skin through a tiny incision. The laser emits controlled energy to heat and melt the fat cells in the targeted area.
3. Fat Removal: Once the fat is liquefied, it is gently suctioned out using a thin cannula (tube). The liquefied fat is easier to extract than solid fat, making the process less traumatic for the surrounding tissues.
4. Skin Tightening: The heat from the laser also stimulates collagen production, which helps tighten the skin in the treated area.

Benefits:
Minimally Invasive:Smaller incisions compared to traditional liposuction, resulting in less scarring.
Skin Tightening:A key advantage of laser-assisted liposuction is its ability to improve skin elasticity and tighten loose skin.
Precision:The laser can target smaller, more delicate areas, such as the chin, neck, or arms.
Reduced Downtime:Patients generally experience less swelling, bruising, and discomfort compared to traditional liposuction.
Effective for Stubborn Fat: Useful for areas resistant to diet and exercise, such as the abdomen, thighs, or flanks.

Risks and Considerations:
Mild Side Effects: Swelling, bruising, and temporary numbness in the treated area are common.

Why980+1470
How 980 nm and 1470 nm Lasers Work:
1.980 nm Laser Wavelength:
Primarily targets hemoglobin andblood vessels.
Enhances coagulation and reduces bleeding during the procedure.
Contributes to better definition and contouring of the treated area.
2.1470 nm Laser Wavelength:
Highly absorbed by water and fat tissue.
Melts fat effectively by heating and breaking down fat cells.
Stimulates collagen production, promoting skin tightening.