Fiber End Cap
A fiber end cap is a precision optical element whose core function is to protect, process, and optimize the laser output from the fiber end face. It is usually made of high-quality optical materials (such as quartz, sapphire, or various optical glasses). One end is fused or bonded to the fiber through a precise process, while the other end undergoes precise optical machining.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Fused Silica Glass - Optical Parameters | Wavelength: 1064–1550 nm, transmittance >99.5% |
| Fused Silica Glass - Dimensions | Diameter 0.5–5 mm, length 1–50 mm |
| Fused Silica Glass - Coating Options | AR coating / HR coating customizable |
| Fused Silica Glass - Typical Applications | Fiber laser output end (up to 10kW), laser marking systems |
| Lutetium-Doped Quartz - Optical Parameters | Wavelength: 1030–1080 nm, transmittance >99% |
| Lutetium-Doped Quartz - Geometric Dimensions | Diameter 1–5 mm, length 5–50 mm |
| Lutetium-Doped Quartz - Coating Options | AR coating / HR coating customizable |
| Lutetium-Doped Quartz - Typical Applications | MOPA system, laser amplifier output end |
| Sapphire or Doped Crystal - Optical Parameters | Wavelength: 1030–1070 nm, power handling >20 kW |
| Sapphire or Doped Crystal - Geometric Dimensions | Diameter 3–10 mm, length 5–50 mm |
| Sapphire or Doped Crystal - Coating Options | AR coating / HR coating customizable |
| Sapphire or Doped Crystal - Typical Applications | Industrial cutting, welding, defense laser systems |
| Ultrapure Quartz/Sapphire - Optical Parameters | Wavelength: 200–2000 nm, low nonlinear effect |
| Ultrapure Quartz/Sapphire - Geometric Dimensions | Diameter 0.5–5 mm, length 1–50 mm |
| Ultrapure Quartz/Sapphire - Coating Options | AR coating / HR coating customizable |
| Ultrapure Quartz/Sapphire - Typical Applications | Femtosecond laser, spectroscopy experiments, |
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