With a small bending radius, this type has a temperature resistance of 200℃. It is a general-purpose cuttable type with a temperature resistance of 100℃. Multiple models are available. It uses a glass fiber core with a maximum temperature resistance of 350℃. Multiple models are also available.

Bending-resistant optical fibers can withstand continuous bending, allowing them to be installed in movable locations. Their small bending radius facilitates assembly, and the fibers can be freely cut to size. They exhibit strong resistance to movement, withstanding up to tens of millions of bends. Utilizing a new type of nylon material, their bending resistance is dozens of times that of ordinary optical fibers, increasing the strength of the cladding material and allowing it to bear most of the external force, significantly reducing the force acting on the internal core. This extends product lifespan, reduces costs, and decreases maintenance frequency. The use of new multi-core optical fibers achieves a minimal R2 bending radius, offering numerous advantages such as saving installation space, allowing for more installation locations, and enabling fixing in any shape without excessive concern about bending reducing performance or even damaging the fiber. This also increases assembly flexibility.

Featuring a fluorocarbon polymer coating to meet various environmental requirements, the spherical shape prevents water droplets from adhering. The built-in lens offers high power and simple installation. The figure-eight shape avoids liquid accumulation.