This dual-wavelength 980nm / 1470nm Endolaser Fiber with SMA905 connector is engineered for precise laser lipolysis and skin-tightening applications. It delivers stable energy transmission, controlled thermal effect, and reliable performance in endoscopic aesthetic procedures, supporting accurate fat liquefaction and collagen remodeling.
Product Overview
The 980nm / 1470nm dual-wavelength Endolaser Fiber with SMA905 connector is designed for high-precision laser lipolysis and minimally invasive skin-tightening procedures. Its controlled thermal delivery enables efficient fat liquefaction while promoting collagen remodeling in both superficial and deep tissue layers. The fiber provides stable output, low transmission loss, and reliable performance across endoscopic aesthetic systems.
Key Features
• Dual wavelength configuration (980nm & 1470nm) optimized for lipolysis and collagen stimulation.
• SMA905 connector ensuring high mechanical stability and broad laser-system compatibility.
• Medical-grade silica fiber engineered for consistent energy delivery and minimal signal attenuation.
• Supports straight-tip, conical, or customized treatment tips depending on clinical requirements.
• Available in multiple core diameters for varied therapeutic depth and energy profiles.
• Suitable for facial contouring, body sculpting, and minimally invasive aesthetic procedures.
Technical Specifications
• Wavelength: 980nm / 1470nm
• Interface: SMA905
• Core sizes: 200µm–1000µm (customizable)
• Fiber jacket options: standard medical polymer or reinforced protective sheathing
• Numerical aperture: 0.22 (standard)
• Length: 2m / 3m / custom lengths
• Tip style: bare fiber, straight tip, conical tip (tapered), side-firing optional
• Sterilization: EO or gamma (optional)
• Single-use or reusable configurations available according to clinical workflow
Clinical Applications
• Endoscopic laser lipolysis
• Skin tightening through subdermal thermal coagulation
• Facial contouring and collagen stimulation
• Small-area volume reduction in aesthetic procedures
• Subcutaneous remodeling for enhanced skin elasticity
Advantages for Medical Users
• Consistent energy distribution improves treatment accuracy and reduces thermal risk.
• Low insertion friction for smoother navigation in subdermal tunnels.
• High-temperature resistance prevents tip deformation at elevated power levels.
• Designed to integrate seamlessly with multi-wavelength surgical laser systems.
• Optional disposable configuration helps maintain sterilization compliance.
Frequently Asked Questions (FAQ)
Q1: Is this fiber compatible with common 980nm / 1470nm laser generators?
A: Yes. The SMA905 connector ensures compatibility with mainstream diode-based endolaser platforms used in aesthetic lipolysis and tightening procedures.
Q2: Can the fiber be customized for different energy delivery requirements?
A: Yes. Core diameter, tip geometry, length, and jacket material can be customized based on clinical protocols and target tissue depth.
Q3: What tip style is recommended for facial tightening?
A: For precise subdermal collagen stimulation, straight-tip or slightly tapered tips are recommended for controlled, localized thermal distribution.
Q4: Is the fiber suitable for high-power continuous operation?
A: The fiber’s silica core and SMA905 interface provide stable performance under high-power settings, assuming correct thermal management and adherence to system safety parameters.
Question 5: Do you offer optical fibers for vascular applications (e.g., varicose vein treatment)?
Answer: Yes. We offer polyimide-coated medical laser fibers that have higher temperature resistance and are optimized for endovenous laser treatment (EVLT). For more details, please click on ↗Polyimide-coated Holmium/Medical Laser Fibers for Varicose Veins and Surgical Applications.
