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High Precision Bare Optical Fiber with Large Core Diameter for Consistent Laser Transmission in Hair Removal Applications
Scrambled Bundle Construction:Special Coherent Bundles Available
Single Bundle Configuration:Trifurcated
Bifurcated Bundle Configuration:Multi-Legged
Bundle Active Area Geometry:Round/Line / Half Round/Ring / Square/Segmented Ring / Rectangle
Medical Application:Medical Diagnostics Laser Delivery Photodynamic Therapy Medical Treatments Such As UV Psoriasis Treatment
FIBER OPTIC BUNDLES Range:160 To 2500 Nm
Highlight:
bare optical fiber for laser transmission
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large core diameter optical fiber
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optical fiber for hair removal
Basic Infomation
Place of Origin:China
Brand Name:HICORPWELL
Certification:IEC 60794-2-10/11
Model Number:1000Micron 755/1064nm Wavelength 0.37NA SMA905-SMA905 Fiber Optic Cable
Payment & Shipping Terms
Packaging Details:Standard length: 3m/roll (as per your requirements)
Payment Terms:Western Union, L/C, T/T
Supply Ability:1000KM Per Month
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High Precision Bare Optical Fiber with Large Core Diameter for Consistent Laser Transmission in Hair Removal Applications
Product Description
High Precision Bare Optical Fiber with Large Core Diameter
Specialized 1500μm fiber optic cable optimized for 755/1064nm wavelengths in professional hair removal laser systems.
Application Overview
Hair removal lasers utilize optical fiber cables to deliver laser energy from the device to the treatment handpiece. These systems require large core diameter fibers (1000μm to 2000μm) with high-quality tip polishing to ensure reliable performance and prevent fiber burn-out during operation.
Technology Specifications
Laser hair removal employs near infrared radiation (700-1063nm) that is effectively absorbed by melanin, enabling precise hair follicle destruction without subsequent restoration.
Standard Connector Types
SMA 905: Compact form factor connector designed for smaller core fibers (100-400 microns) featuring snap-lock threaded body with male pin for secure mating
SMA 906: Enhanced version for larger core fibers (400-600 micron range) with slightly larger body and pin size while maintaining robust snap-lock design
Key Advantages of Fiber Optic Laser Delivery
High Efficiency: Minimal light intensity loss ensures maximum laser power delivery to treatment area
Superior Flexibility: Thin, durable cables enable easy maneuverability around obstacles without transmission degradation
Enhanced Safety: Laser energy contained within fiber until handpiece discharge prevents accidental exposure
Cost Effective: More affordable than articulated arm alternatives while maintaining performance
Compact Design: Minimal space requirements support portable laser device configurations
Non-Conductive: Eliminates electrical shock hazards in clinical environments
