288-core optical cable longitudinal stripping

Longitudinal stripping of 288-core optical cables requires precision adjustable tools designed for 10–25 mm cable diameters, allowing safe and efficient removal of outer sheaths.

Overview

Longitudinal stripping is the process of cutting and removing the outer protective sheath of fiber optic cables along their length without damaging the internal fibers. For high-core-count cables, such as 288-core optical cables, specialized tools are required to handle the large diameter and multiple layers of PVC, PE, or armored sheaths.

Tools and Features

Adjustable Blade Strippers

Precision blades allow control of cutting depth, typically adjustable in 0. 25 mm increments per turn, ensuring the fibers inside remain intact. Suitable for 2–288 core cables with diameters from 10 mm to 25 mm (approximately 2/5" to 1"),.

High-quality aluminum alloy construction provides durability and effortless cutting through tough sheaths. Ergonomic DesignNon-slip handles reduce hand fatigue during prolonged use, which is essential for field technicians working with long cable runs. Lightweight and balanced tools improve control and precision.

Outdoor and Armored Cable Compatibility

Some tools, like the SI-01 longitudinal outdoor fiber optic cable stripper, are designed for armored cables and can handle steel armor or reinforced non-metallic components. Adjustable cutting depth accommodates varying sheath thicknesses, ensuring clean longitudinal cuts without fiber damage.

Operation Method

Adjust the cutter head to the desired depth using the nut and scale markings. Place the cable in the tool slot, insert the blade into the sheath, and pull along the cable length to strip the sheath. Replacement heads or blades extend tool life and maintain cutting efficiency.

Additional Considerations

Precision: Always verify the cutting depth before starting to avoid fiber damage. Cable Diameter: Ensure the tool supports the specific cable diameter; most 288-core strippers cover 10–25 mm. Material: Tools made from super alloys or aluminum alloy provide long-lasting sharpness and resistance to bending.

Mid-

Span Stripping: Some tools allow mid-span sheath removal without cutting the entire cable length, useful for splicing or maintenance. Using the correct longitudinal stripping tool ensures efficient, safe, and precise preparation of high-core-count optical cables, which is critical for installation, splicing, and maintenance operations in both indoor and outdoor environments.