Features

1. High-precision mold adaptability

The jaw mold is designed with exclusive grooves according to different types of optical fiber connectors to match the size and structure of the ferrule, ensuring the positioning accuracy of the optical fiber and the ferrule during crimping, and avoiding end face offset or damage caused by mold mismatch.

2. Pressure uniformity and controllability

The manual type transmits pressure through the lever principle, and some high-end models are equipped with a scale adjustment device to control the crimping force; the hydraulic type provides constant pressure through the hydraulic system to avoid force deviation caused by manual operation and ensure the consistency of each crimping

3. Portability and operating efficiency

The manual crimping pliers are small in size and light in weight, suitable for field operations or construction in small spaces, and can be operated without an external power supply.

4. Durability and convenient maintenance

The main body is mostly made of high-strength aluminum alloy or carbon steel, and the surface is wear-resistant, corrosion-resistant and resistant to frequent use; the mold part is made of hard alloy, and the service life can reach thousands of crimpings.

Some models support mold disassembly and replacement. When the mold is worn, it can be replaced separately to reduce maintenance costs.

Fiber optic crimping pliers are centered around "precise fixation and efficient construction". Through adaptable molds and controllable pressure, they significantly improve the flexibility and economy of on-site operations while ensuring the optical performance of fiber optic connections. They are an indispensable basic tool for fiber optic wiring and maintenance.