Automated thermal and plasma-based fiber strippers offer the fastest, chemical-free stripping of optical fibers with high precision and minimal damage.

Automated Thermal Stripping

Automated systems like the AutoStrip II use patented Burst Technology™ to instantly vaporize fiber coatings, achieving extremely fast mid-span or window stripping without chemicals. These systems handle acrylate coatings up to 1,000 µm and fiber cladding from 125 to 400 µm, with pulling speeds of 20–100 mm/min. The process produces clean, debris-free fibers at high strength, with built-in microprocessor control for repeatability and high production yield .

Handheld Thermal Strippers

For field applications, handheld tools such as AFL's Precision Strip Tool provide rapid stripping of coated fibers. This battery-powered device uses an integral heating element to soften and remove coatings like 900 µm buffers in 5–8 seconds, requiring minimal force and ensuring no fiber damage. It is portable, ergonomic, and ideal for splicing or maintenance tasks .

Plasma-Based Stripping

The GPST-1100 Gliding-Plasma Stripper employs non-contact plasma technology to remove coatings cleanly and efficiently. It supports both end-stripping and window-stripping, works on multiple fibers simultaneously, and handles tough coatings such as polyimide or carbon. Plasma stripping eliminates risks associated with mechanical or chemical methods and provides precise, sharp-edged results .

Mechanical Stripping

Traditional mechanical strippers are slower and require careful handling to avoid nicking the fiber. They are suitable for standard telecommunication fibers but are generally outpaced by thermal or plasma-based methods in speed and consistency .

Summary

• Fastest stripping: Automated thermal systems (AutoStrip II) and plasma-based units (GPST-1100)
• Field-friendly fast option: Handheld thermal strippers (AFL Precision Strip Tool)
• Advantages: Chemical-free, high precision, minimal fiber damage, suitable for high-volume or delicate fibers
• Considerations: Fiber type, coating material, and required strip length influence tool selection For applications requiring maximum speed and repeatability, automated thermal or plasma-based strippers are the preferred choice, while handheld thermal tools offer a fast, portable solution for fieldwork.