In industrial system design, such as robotics and telecommunications, the end result is all about speed. As a design engineer, there are many decision paths when choosing between copper wire and glass fiber optic conductors. You'll hear the term "fiber optic" widely used by telecommunications, cable television, and the internet. Optical fibers are made of optically pure glass as thin as a hair. The downside of this high-tech innovation is that the optically pure glass core is fragile. Since the glass core breaks easily, it cannot be stretched or bent.
Wrapped fiber assemblies overcome these issues because you don't have to worry about compromising the quality of the cable when expanding or bundling wrapping fibers. Since you can buy a single fiber optic cable to meet various length requirements, you can save a lot of money.
Spiral fiber optic cables are ideal for the following applications:
Military/Defense
Adaptive length extension – reduces the number of fiber optic cables required in the field. A single fiber optic cable can be used in a variety of applications requiring different lengths.
The solution for tight space requirements - can be used in applications where space is limited. You can benefit from flexible lengths without the issue of excess fiber optic cables. The coiled design neatly bundles excess fiber optic cables together.
Durability – Cables can be extended and spiraled without breaking the glass fibers, extending the life of the cable.
Data Center/IT/IS and Healthcare
Organization - Reduce wire clutter and keep excess fiber optic cables off the ground. Helical fiber optic cables not only help with organization, but also reduce safety hazards. Fibers are tightly coiled, rather than excess fiber hanging loosely, creating a potential safety hazard.
Ideal for use in very tight spaces – winding fibers take up less space. This is an advantage when using helical or storage cables in applications where space is at a premium.
Accommodates various cable length requirements – just buy less cable. In addition, the problem of not having the correct length of fiber optic cable is reduced because one coiled fiber optic cable can meet various length requirements.
robot technology
Flexibility – The coiled design is ideal for constantly moving parts that require fiber optic cables. The flexible length extension greatly reduces the problem of fiberglass breakage.
Cost Savings – Fiber is expensive. Helical fiber optic cables can be stretched without breaking the glass fibers. This means fewer cables to replace, saving time and money in replacing damaged cables. Durable - The body-hugging design is rated for up to 8 extensions, it lets your fiber coil investment stretch even further.
