The bending R angle is small and the temperature resistance is 200℃. It can be cut to 100℃ and various models are available. The glass fiber core has a maximum temperature resistance of 350℃ and various models are available.

Bend-resistant optical fiber can withstand continuous bending. Therefore, this type of optical fiber can be installed in movable parts, and the bend radius is very small, which facilitates assembly and the wire can be freely cut. It has strong anti-movement performance and can withstand up to tens of millions of bends. The use of new nylon material has a bend resistance dozens of times that of ordinary optical fiber products. The increased strength of the coating material allows it to bear most of the external force, greatly reducing the force acting on the internal core wire. This extends the product life, reduces costs, and reduces the number of product maintenance times. The use of new multi-core optical fiber lines achieves the smallest R2 bend radius. The R2 bend radius brings many conveniences, such as saving installation space, more installation locations, and can be fixed in any shape. There is no need to worry too much about bending reducing performance or even damaging the optical fiber line, which increases the degree of freedom of assembly.

Fluorocarbon polymer coating is used to meet various environmental requirements. Spherical shape prevents water droplets from adhering to the built-in lens, which is high-power and easy to install. Figure eight shape is used to avoid liquid retention.