High-frequency fiber optic stripper

High-frequency fiber optic stripper - BENNIE OPTICAL [PDF]

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High-frequency fiber optic strippers are precision tools designed to efficiently and cleanly remove coatings from optical fibers using mechanical, thermal, or non-contact methods, suitable for both standard and specialty fibers.

Overview

High-frequency fiber optic strippers are specialized tools used to remove protective coatings from optical fibers without damaging the underlying glass. They are essential for tasks such as splicing, connectorization, and creating fiber Bragg gratings. These strippers are designed for high-speed, repetitive use in laboratory, production, or field environments, ensuring consistent precision and minimal fiber damage .

Types of High-Frequency Fiber Strippers

Mechanical Strippers
- Use precision blades to remove coatings from fibers.
- Suitable for standard telecommunication fibers (125 µm cladding, 250 µm coated) and specialty fibers with thinner or thicker coatings.
- Can handle tight buffers (e.g., 900 µm) and larger cable jackets .
Thermal or Thermo-Mechanical Strippers
- Apply controlled heat to soften the coating before removal.
- Adjustable temperature and timing settings allow for gentle stripping of delicate fibers.
- Ideal for high-strength splices and fibers with sensitive coatings like polyimide or acrylate .
Non-Contact Strippers
- Use plasma, laser, or hot air to remove coatings without physical contact.
- Chemical-free and suitable for large-diameter fibers (up to 1200 µm).
- Maintain fiber strength and prevent micro-cracks or nicks .

Advanced Features

Automated Stripping Units: Enable high-speed end stripping and mid-span “window stripping” for precise coating removal.
Diameter Adjustable Strippers: Accommodate a wide range of fiber diameters, enhancing versatility for different fiber types.
High-Strength Coating Removal: Capable of handling tough coatings like PVC, carbon, or gold without compromising fiber integrity .

Applications

Laboratory and research environments for fiber preparation.
Production lines requiring rapid, repeatable stripping of single fibers or fiber ribbons.
Field installations where portability and reliability are critical.
Specialty applications such as fiber Bragg gratings, high-strength splices, and optical sensor preparation . High-frequency fiber optic strippers combine precision, speed, and adaptability, making them indispensable for modern fiber optic work, from standard telecom fibers to advanced specialty fibers.

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