Heat stripper for removing tail fiber

Thermal fiber strippers use controlled heat to safely remove coatings from optical fibers, making them ideal for precise tail fiber preparation.Overview of Thermal Fiber StrippersThermal strippers are designed to remove fiber coatings using heat, which softens or melts the polymer layer without damaging the glass cladding . They are particularly useful for acrylate, PVC, polyimide, and other baked-on coatings, which can be difficult to remove with mechanical strippers alone . These tools are widely used in fusion splicing, fiber Bragg grating fabrication, and high-strength fiber applications.Key FeaturesAdjustable Temperature and Timing: Many thermal strippers allow users to set the temperature and heating duration to match the fiber type and coating thickness, ensuring clean removal without nicking the fiber .Ergonomic and Efficient: Models like the RS series provide fast heating (around 3 seconds) and low stripping force, making them suitable for high-volume or multi-fiber operations .Non-Contact Options: Advanced systems, such as 3SAE's Burst™ Technology, use superheated air or nitrogen to remove coatings without physical contact, preserving fiber strength and enabling precise mid-span window stripping .Compatibility: Thermal strippers can handle standard 125 µm cladding fibers, specialty 200 µm coated fibers, and even larger buffer diameters up to 1200 µm .ApplicationsTail Fiber Preparation: Thermal strippers are ideal for removing the coating at the fiber end (tail fiber) before splicing or connectorization.Window Stripping: Short sections of coating can be removed mid-fiber for creating gratings or sensors.High-Strength Splicing: Controlled heat ensures the fiber maintains tensile strength, which is critical for demanding applications .Choosing the Right ToolWhen selecting a thermal stripper, consider:Fiber type and coating materialRequired stripping length and precisionVolume of fibers to process (handheld vs. automated units)Additional features like Bluetooth programming, LED indicators, or battery operation for field use . Using a thermal stripper correctly ensures clean, high-quality fiber preparation while minimizing the risk of damage to the glass core, which is essential for reliable optical performance.