Endolaser 1470nm 980nm Diode Laser Face Lifting Liposuction Machine

Precision-Targeted Photothermolysis for Advanced Fat Reduction & Skin Tightening

This cutting-edge laser system combines two optimized wavelengths—980nm and 1470nm—delivered through a medical-grade fiber optic system for precise, minimally invasive body contouring and skin rejuvenation.

 980nm Deep Fat Melting Module

Designed for deep-seated fat reduction, the 980nm wavelength specifically targets fat particles within adipocytes:

• Photothermal effect rapidly heats fat cells, rupturing their membranes and releasing fatty acids.

• Simultaneous collagen stimulation supports dermal tightening and structural integrity.

• Microvascular coagulation reduces bleeding during the procedure.

• Ideal treatment areas: Abdomen, thighs, and other regions with dense fat deposits.

1470nm Superficial Repair Module

Tailored for superficial fat layers and dermal remodeling, the 1470nm wavelength is selectively absorbed by water molecules:

• Gentle thermal activation promotes fat metabolism and skin tightening.

• Triggers both immediate contraction and long-term regeneration of collagen fibers.

• Integrated epidermal cooling ensures comfort and safety in delicate treatment zones.

• Ideal treatment areas: Chin, double chin, jawline, neck, and upper arms.

 Fiber Optic Delivery System

Engineered with lateral-emitting medical-grade fiber optics, this system ensures:

• Even energy distribution to prevent hotspots and reduce tissue trauma.

• Minimally invasive access through micro-puncture technique, minimizing downtime.

• Safe, targeted application for effective sculpting with reduced thermal damage.

What are the benefits of 980nm 1470nm?

• Dual-wavelength targeting for deep and superficial fat

• Enhanced skin tightening and contouring

• Minimal downtime with micro-invasive fiber optics

• Ideal for both large body areas and delicate facial zones

1. Marking the Treatment Area
The first step involves marking the regions of fat accumulation using a red or purple surgical crayon. The practitioner gently presses on the area to assess fat thickness and localize the densest fat deposits. This step ensures targeted and precise treatment.

2. Local Anesthesia
A solution containing 0.1%–0.5% lidocaine is injected subcutaneously to numb the area. The skin will swell and feel firm, preparing the tissue for safe fat melting and removal.

3. Laser Fat Melting
Using a fiber optic laser cannula, a small puncture point is made. The laser energy liquefies fat cells, making them easier to extract. A visible red pilot laser beam guides the operator, ensuring accurate fat targeting and optimal tissue interaction.

4. Fat Suction
Anelectric vacuum suction device is connected to the cannula. The liquefied fat is then gently aspirated through the same entry point, minimizing trauma and preserving surrounding tissue.

5. Suture & Dressing
After suction, the area is gently compressed to remove residual fluids. The puncture site is closed with sutures and covered with sterile gauze. This supports healing and minimizes swelling or bruising.

✅Key Benefits of Laser Liposuction with Cannula:

• Minimally invasive technique with precision targeting

• Simultaneous fat reduction and skin tightening

• Enhancedcollagen stimulationandskin retraction

• Minimal downtime and reduced risk of complications

• Suitable for small and delicate areas like the face and chin