640nm 1470nm 1940nm Three Wavelength Fiber Coupled Laser
Features:
- Three wavelengths in one system
- High stability and reliability
- Optional feedback monitoring: Supports power stability feedback for enhanced safety and accuracy.
Applications:
- Medical and aesthetic treatments
- Surgery, coagulation, and tissue therapy
Fiber-coupled lasers in medical use：
Fiber-coupled lasers are widely used in the medical field because they're stable, compact, and easy to integrate. By coupling the laser into an optical fiber, the light can be delivered precisely to the treatment area, which makes procedures more accurate and less invasive.
They're commonly used in:
- Soft tissue surgery, such as ENT, dermatology, gynecology, and dental treatments, for cutting and coagulation.
- Varicose vein treatment (EVLT/EVLA) with wavelengths like 1470nm or 1940nm.
- Laser therapy and pain relief, where low-power lasers help tissue repair and reduce inflammation.
- Urology and oncology, for applications like tissue ablation, tumor treatment, or stone removal.
Because fiber-coupled lasers can easily connect to handpieces or catheters, they're very flexible and reliable tools for many modern medical devices.
Applications of 640nm, 1470nm, and 1940nm Fiber-Coupled Lasers in the Medical Field:
The combination of 640nm, 1470nm, and 1940nm fiber-coupled lasers covers a wide range of medical applications, from visible light therapy to deep-tissue procedures. Each wavelength offers unique absorption characteristics that make it suitable for different types of treatments.
640nm (red light):
Mainly used for phototherapy, skin treatments, and wound healing. The red light penetrates tissue moderately and helps stimulate cell regeneration, reduce inflammation, and improve blood circulation. It's often used in dermatology and aesthetic medicine.
1470nm (near-infrared):
Well absorbed by water and fat, making it ideal for soft tissue surgery and endovenous laser treatment (EVLT). It provides precise cutting and excellent coagulation with minimal damage to surrounding tissues. It's also applied in ENT, gynecology, and lipolysis procedures.
1940nm (mid-infrared):
Strongly absorbed by water, suitable for highly precise ablation and vaporization of soft tissues. It's commonly used in endovenous laser ablation, urology (for prostate and bladder treatments), and minimally invasive surgery where high precision and limited penetration are needed.
By combining these three wavelengths, doctors can select the most appropriate one for each medical procedure, achieving better treatment results with less thermal damage and faster recovery.
Technical Features of 640nm, 1470nm, and 1940nm Fiber-Coupled Lasers：
The 640nm, 1470nm, and 1940nm fiber-coupled lasers combine visible and infrared wavelengths to cover a wide range of medical and scientific applications. These systems are designed for high stability, precision, and easy integration.
Main technical features include:
- High optical stability – Ensures consistent power output and reliable operation during long-term medical use.
- Excellent beam quality – The fiber coupling provides uniform and stable beam delivery, ideal for precision treatments.
- Compact and robust design – All-in-one laser head with efficient thermal management for continuous operation.
- Multiple fiber interfaces – Compatible with SMA905, FC/PC, or customized medical fiber connectors.
- Power control and modulation – Supports CW or pulsed operation modes with analog or digital modulation.
- Efficient thermal design – Built-in TEC cooling or water-cooling system maintains wavelength stability.
Wavelength options:
- 640nm (red) – visible laser for surface treatment and biostimulation.
- 1470nm (near-infrared) – excellent water and fat absorption for soft tissue surgery.
- 1940nm (mid-infrared) – high water absorption for precise ablation and coagulation.
Optional features:
- Power monitoring photodiode
- Interlock and safety protection
- Adjustable output fiber length
- OEM or medical device integration design
- These fiber-coupled laser modules are designed for applications where compact size, stable output, and precise energy delivery are essential.
