EhubAmerica GMS-5 Loose Buffer Tube Stripper 1.9-3.0mm Mid-Span Access Tool

The GMS-5 Mid-Span Access Tool is a precision fiber optic preparation instrument engineered to strip loose buffer tubes in the 1.9 mm to 3.0 mm outer diameter range without contacting or damaging the delicate optical fibers within. Built around an SK-5 alloy quenched-and-forged blade, the tool delivers consistently clean, controlled cuts that are critical for reliable mid-span access and splice preparation work. An integrated lock mechanism keeps the tool securely closed throughout the stripping operation, reducing the risk of accidental opening and ensuring repeatable results across high-volume installations and maintenance tasks. Onboard sizing channels allow technicians to rapidly confirm the correct tube diameter before committing to a cut, streamlining workflow on congested cable trays or in confined splice enclosures.

Key features & benefits

• Fiber-Safe Stripping Geometry — The precisely engineered opening mechanism is designed to score and remove the loose buffer tube without the blade contacting the optical fibers inside, protecting signal integrity and eliminating costly fiber breakage during mid-span access.
• SK-5 Alloy Quenched-and-Forged Blade — The cutting element is manufactured from SK-5 tool steel through a quenching and forging process, delivering hardness and edge retention suited to repetitive stripping tasks on buffer tubes with outer diameters from 1.9 mm to 3.0 mm.
• Integrated Lock Mechanism — A dedicated lock keeps the tool firmly closed during active use, preventing unintended blade movement that could compromise cut quality or pose a safety risk to the technician.
• Built-In Sizing Channels — Onboard sizing channels let installers quickly gauge and confirm the buffer tube diameter before stripping, reducing setup time and eliminating guesswork when working with unfamiliar cable assemblies.
• Compact and Lightweight Form Factor — At 99 x 38 x 18 mm and weighing just 38.5 g, the GMS-5 fits comfortably in a tool pouch and can be maneuvered easily inside splice closures, pedestals, and other space-constrained environments.