Fiber optic pigtail patch cord cutter

Fiber optic pigtail and patch cord cutters range from manual precision shears to fully automatic cutting machines, designed for clean, accurate fiber termination.

Manual Fiber Optic Cutters

Manual cutters, such as Kevlar shears, are commonly used in field installations for cutting fiber tails, jumper wires, and pigtails. These scissors are typically made from high-hardness stainless steel with serrated edges to prevent slipping and ensure smooth cuts. They often feature adjustable tension and soft rubber handles for comfort during extended use.

Manual cutters are versatile, suitable for telecommunications, CATV, FTTH, and integrated wiring maintenance, and are ideal for small-scale or on-site fiber preparation.

Automatic Fiber Optic Cutting Machines

For production or high-volume environments, automatic fiber optic patch cord and pigtail cutting machines are used. These machines can handle fiber diameters from 0. 9 mm to 6 mm and cut cables to precise lengths ranging from 1 to 450 meters.

Key features include: High cutting accuracy (tolerance around 0. 3%)Cable feeding and winding functions for neat handlingTouchscreen interfaces with customizable language optionsAutomatic length tracking and memory functionsLow noise operation and compact design Some models, like the ZKS-540, are adjustable for cable diameters between 1 mm and 4 mm, and include automatic alarms for cable issues, pigtail marking, and code data inspection. These machines are suitable for round fiber patch cables, FTTH flat patch cables, and multi-core pigtails, making them ideal for factory or large-scale cable production.

Choosing the Right Cutter

Field Use: Manual Kevlar shears are lightweight, portable, and sufficient for small-scale splicing or pigtail preparation. Production Use: Automatic cutting machines provide high precision, speed, and repeatability, essential for manufacturing consistent patch cords and pigtails. Fiber Type and Diameter: Ensure the cutter or machine supports the specific fiber type (singlemode or multimode) and diameter used in your network.

By selecting the appropriate cutter, technicians can achieve clean, low-loss fiber ends, which is critical for reliable splicing and network performance.