Specifications

In the field of energy-based body contouring, diode laser lipolysis has evolved into one of the most efficient and minimally invasive fat-reduction technologies. The Lasser Lipolysis Vaser system, equipped with dual-wavelength 1470nm and 980nm semiconductor lasers, delivers a cutting-edge solution for clinics that pursue high efficiency, predictable results, and superior tissue protection.

Unlike traditional liposuction that relies on mechanical suction, the dual-wavelength laser system works through precise photothermal and photomechanical interactions, allowing doctors to break down, liquefy, coagulate and extract fat with far less trauma. The result is smoother body shaping, faster post-operative recovery, and significantly reduced downtime.

1. Precision Fiber Delivery System for Targeted Energy Release

The medical-grade fiber directs laser energy only to the intended fat layers, avoiding unnecessary heating of surrounding tissues. This ensures:

Consistent fat liquefaction

Smooth contour lines

Minimized irregularities

Stable long-term results

2. Intelligent Temperature Control & Automatic Protection

The temperature feedback system monitors thermal accumulation in real time. When the heat approaches preset limits:

The system automatically adjusts the energy output

Alerts the operator

Safeguards against thermal injury

This function is especially valuable for delicate areas such as the chin, arms, or knees.

3. Uniform Fat Layer Heating Without Tissue Disruption

The photothermal effect breaks the triglycerides inside fat cells, while the photodynamic effect loosens their connections with surrounding tissues. This allows liquefied fat to be aspirated via micro-cannulas smoothly, dramatically lowering the risk of postoperative lumps.

4. Structural Tightening for Body Contouring

By stimulating dermal collagen regeneration and contracting connective fibers, the 1470nm wavelength contributes to visible tightening and improved skin texture—something traditional suction-based liposuction cannot achieve.