BME CT50 One Step Fiber Cleaver Automatic

The BME CT50 is an advanced, automatic optical fiber cleaver designed for high-precision fiber optic cable installations and maintenance. Known for its reliability and ease of use, the BME CT50 is especially suitable for cleaving single fibers, making it the ideal tool for installing field-installable connectors, mechanical splices, and performing high-quality fiber terminations. Whether used in the field or a workshop setting, the BME CT50 enhances operational efficiency with its single-step operation, long-lasting blade, compact design, and the One Push Blade Rotation Function that sets it apart from other cleavers on the market.

Key Features

Single-Step Operation

One of the standout features of the BME CT50 is its single-step operation. This feature streamlines the cleaving process, allowing technicians to quickly and easily cleave fibers with minimal effort. This makes the cleaver not only a time-saver but also a tool that reduces the risk of operator error. By integrating the cleaving action into one easy motion, the CT50 ensures that each fiber is cut with precision and accuracy, which is essential when dealing with optical fibers where even a small mistake can cause connection issues.

Long-Life Blade

The BME CT50 is equipped with a 16-position rotating circular blade that ensures a blade life of up to 48,000 cleaves. This exceptional blade longevity guarantees that users can rely on the cleaver for extended periods without worrying about frequent replacements. Additionally, the rotating blade system allows for even wear, ensuring consistent cleaving performance throughout its lifespan. This durability makes the BME CT50 a highly cost-effective tool in the long run, as it reduces the need for maintenance and blade replacements.

One Push Blade Rotation Function

A highlighted feature of the BME CT50 is its One Push Blade Rotation Function. This innovative feature allows users to easily rotate the blade with a simple push, enabling smooth and efficient transitions between the 16 available blade positions. The One Push Blade Rotation eliminates the need for complicated manual adjustments, making blade maintenance more straightforward and less time-consuming. The ability to rotate the blade quickly helps users maximize the blade’s lifespan by ensuring that all positions wear evenly. This function also enhances the cleaver’s overall efficiency, as it simplifies the process of maintaining optimal blade sharpness without interrupting workflow.

Compact and Lightweight Design

Designed with portability and convenience in mind, the BME CT50 features a lightweight, compact design. The cleaver weighs only 225 grams (0.5 lbs), making it easy to handle and transport. This is particularly advantageous for technicians who need to carry the tool to different job sites. Its compact size ensures that it fits easily into tool kits or cases, optimizing space while ensuring that it’s always available when needed.

Fiber Scrap Collector

The BME CT50 also comes with a manual fiber scrap collector, which helps maintain a clean and organized workspace. As fiber optic cables are cleaved, small scraps of fiber are produced. These scraps can easily be collected and disposed of using the scrap collector, preventing clutter and ensuring the work area remains tidy. A clean environment is important not only for safety but also for maintaining the precision and quality of each cleaving operation.

Specifications

The BME CT50 is compatible with a wide range of fibers, making it a versatile tool for various fiber optic applications. It is designed to cleave conventional silica optical fibers, with coating diameters ranging from 0.25 mm to 0.9 mm and a cladding diameter of 125 µm. This makes it suitable for a wide range of fiber types used in telecommunications, data transmission, and other industries reliant on fiber optic technology.

The cleaver achieves a cleave length of 10 mm, which is the standard required for fiber termination processes. The cleave angle is very precise, with the cleaver delivering an average cleave angle of 1 degree. This level of precision is crucial when ensuring high-quality fiber connections, as even a slight misalignment can affect the performance of optical systems.