The RM-RD series fiber optic quick connectors are used to solve the problem of directly connecting on-site fiber optic terminal connectors to optical cat equipment. This series of fiber optic connectors adopts the latest fiber end melting technology, using our company's dedicated fiber optic melting machine. After pre programmed production, the processed fiber is inserted into this series of connectors to achieve lower optical attenuation index and stable performance, compensating for adverse effects such as fiber contamination and cutting blade aging caused by human factors in the construction process. It can be used to manufacture SC/PC (APC) and FC/PC (PC) fiber optic connectors. Suitable for single mode optical fibers, and the installation process takes less than 2 minutes. This connector system does not require any adhesive or curing process, making it the best choice for fast termination and on-site installation of fiber optic cables at home- On site installation with less use of tools or no need for special tools
- Easy and fast operation
- Can make fiber optic connectors of any length
- No need for any bonding and polishing process
- Can be installed infinitely repeatedly
This RM-RD series of products adopts standard corrugated cardboard boxes, with fumigated wooden trays at the bottom and protective film wrapped on the outer layer.
Optic fiber Melter Machine (paid purchase)
Butterfly optical cable stripper (Free gift)
Two in one toolbar (Free gift)
Fiber optic cutting knife (paid purchase)
The design principle of this series of fused end quick connectors is to use a professional fiber optic cutter to cut exposed fibers of fixed length to obtain a neat fiber end face. Then, we use our company's professional fiber optic melting machine to melt and polish the end face, achieving a neat and smooth cutting of the fiber optic end face. When docking with other standard tail fibers, we can achieve low attenuation of standard tail fiber docking. The fixation principle inside the joint is the same as the design principle of ordinary quick connectors, which involves inserting the bare fiber into a high-precision V-shaped groove and introducing high-precision ceramic inserts, directly penetrating the produced fiber into the top of the joint, Physical hard connection with standard pigtail heads. Then, fix the exposed fibers at the tail and outer layer into three layers, and retain a slightly bent exposed fiber to ensure thermal expansion and contraction. The internal length changes caused by tension changes are elastically fixed to exposed fibers and coatings through metal U-shaped clamping springs, which are insensitive to temperature changes and ensure that optical properties do not change under high and low temperature conditions. The three-layer fastening method of bare optical fiber, coating, and optical cable sheath has a tensile strength of up to 50N/10 minutes, ensuring high stability, low attenuation, and high efficiency in various application scenarios. 
