
A technician would typically use a combination of these tools in this sequence:
✅ Strip Outer Jacket: Use a universal cable stripper (like a Miller tool) to score and remove the required length of the cable's outer jacket, exposing the Kevlar® yarn and the buffered fiber.
✅ Cut Kevlar®: Use Kevlar shears to trim back the exposed bundle of aramid yarn.
✅ Strip Fiber Buffer: Use the largest hole on the 3-hole fiber stripping pliers to remove the 900µm tight buffer from the fiber.
✅ Strip Fiber Coating: Use the smallest hole on the same pliers to remove the 250µm acrylic coating, revealing the bare 125µm glass fiber.
✅ Clean and Cleave: Wipe the bare fiber with lint-free alcohol wipe and cleave it with a precision cleaver.
✅ Portability: Designed to be carried in a tool belt or pouch.
✅ Simplicity: Tools are made for speed and reliability in various field conditions (heat, cold, rain).
✅ Precision: Blades and holes are engineered to work with standard diameters to prevent damaging the fiber, which is the single most important factor for a low-loss connection.
✅ Durability: Made from materials like high-carbon steel to withstand daily use by technicians.
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