Produkt-Details
Place of Origin: Beijing
Markenname: GOMECY
Zertifizierung: CE CCC
Model Number: GMS P5 Portable 2 IN 1
Zahlungs-u. Verschiffen-Ausdrücke
Minimum Order Quantity: 1
Preis: USD 3000-3500 units
Packaging Details: standard packing
Delivery Time: 5-8 days
Payment Terms: T/T,Western Union,L/C
Supply Ability: 50 +UNIT+per week
Main Drive Power: |
15W |
Wavelength: |
1470nm |
Pulse Width: |
0-1s (stepping 0.05s) |
Pulse Amount: |
Pulse , CW, single |
Main Drive Power: |
15W |
Wavelength: |
1470nm |
Pulse Width: |
0-1s (stepping 0.05s) |
Pulse Amount: |
Pulse , CW, single |
Minimally Invasive 1470nm Diode Laser Vein Removal Machine for EVLT Treatment Solutions
Product Introduction
The 1470nm EVLT (Endovenous Laser Treatment) Machine is a cutting-edge diode laser device designed for minimally invasive treatment of varicose veins. With its 1470nm wavelength, it specifically targets water in the vein walls, offering precise energy absorption and minimizing thermal damage to surrounding tissues. This advanced vein treatment machine ensures effective closure of the great saphenous vein and other incompetent superficial veins, reducing pain, bruising, and recovery time for patients.
Equipped with a radial fiber optic delivery system and user-friendly interface, this laser vein removal machine delivers consistent and safe results, making it an ideal choice for vascular clinics, aesthetic centers, and phlebologists worldwide.
Working Principle
The 1470nm wavelength laser energy is delivered into the vein via a radial fiber inserted through a catheter. Once activated, the laser emits thermal energy that is absorbed primarily by water molecules in the blood and vein walls. This energy causes the vein to collapse and seal shut from the inside—a process known as endovenous thermal ablation.
Compared to traditional 980nm lasers, the 1470nm laser offers deeper penetration with less collateral damage, significantly reducing patient discomfort and post-operative inflammation. The radial fiber technology ensures even energy distribution, enhancing safety and efficacy during the procedure.
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