High Precision Fibre Optic Cleavers
FLUXNET offers a comprehensive selection of high-precision fibre optic cleavers designed to meet the needs of professionals in the telecommunications and networking industries. Among the featured products is the FLUXNET FC-50 High Precision Fibre Optic Cleaver, which is ideal for both single and ribbon fibres, ensuring clean and accurate cuts essential for effective fibre splicing.
The selection includes renowned brands such as Fujikura, Sumitomo, Fitel, and FLUXNET itself, ensuring that users have access to top-quality tools for their fibre splicing tasks.
With competitive pricing and advanced technology, these cleavers provide reliability and performance, making them an excellent choice for technicians seeking quality tools to enhance their workflow.
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Fibre Optic Cleavers
Fibre optic cleavers are essential tools used to cut fibre optic cables with high precision. They play a crucial role in creating strong connections by ensuring clean cuts, which minimize signal loss and improve performance in communication systems.
Our selection includes various brands such as Fluxunet, Fujikura, Sumitomo, and Fitel, providing options to suit different needs and budgets. With our affordable prices, you can find a high-quality cleaver that meets your requirements without investing too much.
Types of Fibre Optic Cleavers
Manual vs. Automatic Cleavers: There are two main types of fibre optic cleavers: manual and automatic. Manual cleavers require the user to apply force to cut the fibre, which can make it harder to get a precise cut.
On the other hand, automatic cleavers do most of the work for you. You simply place the fibre in the cleaver, and it automatically makes a clean cut, reducing the chance of mistakes.
Single fibre vs. Ribbon Cleavers: Fibre optic cleavers can also be classified based on what they cut. Single fibre cleavers are designed to cut one fibre at a time, making them great for standard applications.
Ribbon cleavers, however, can cut multiple fibres at once, which is useful for applications that need to splice several fibres together quickly and efficiently.
Features
Fibre optic cleavers have several important features that make them effective and easy to use:
- Precision Cutting: Cleavers are made to cut fibres smoothly and at specific angles, usually around 90 degrees. This accuracy helps reduce signal loss and improves the quality of fibre connections.
- Blade Life: Many cleavers can make thousands of cuts before needing a new blade. Some models can cut up to 60,000 times per blade, which means they last a long time.
- Types of Operation: There are manual and automatic cleavers. Automatic ones often have helpful features like built-in collectors for fibre scraps and automatic blade rotation, making cutting easier and more consistent.
- Versatility: Cleavers can work with different types of fibres, including single and ribbon fibres. This makes them useful for various networking and telecommunications tasks.
- User-Friendly Design: Most modern cleavers are easy to use. You usually just need to clamp the fibre and activate the cleaver, allowing for quick and efficient cutting without needing special skills.
These features make fibre optic cleavers essential tools for anyone working with fibre optics, ensuring high-quality connections.
Applications
Networking and Telecommunications: Fibre optic cleavers are widely used in networking and telecommunications to ensure high-quality connections. They are essential for creating low-loss and low-reflectance splices, which are critical for maintaining signal integrity in fibre optic cables.
These cleavers work alongside fibre optic cables, connectors, and splicers to produce clean cuts that reduce signal loss, making them vital tools in both installation and maintenance of fibre optic systems.
Field vs. Laboratory Use: Fibre optic cleavers are designed for different environments. Field cleavers are typically portable and built for quick, efficient use in various outdoor conditions. They often feature automatic functions to save time and ensure consistency, making them ideal for technicians working on-site.
Laboratory cleavers, on the other hand, are more precise and designed for controlled environments where accuracy is paramount. These cleavers can handle higher volumes of cleaving with greater precision, making them suitable for research and development applications.