This high flexibility FA cable uses newly developed insulation material, resulting in greatly improved flexing performance compared to that of conventional PVC-sheathed cables that use fluorine-based insulation.
This high performance I/O cable controls a highly intelligent high performance robot, and flexibly connects it to a network. The conductor is a small diameter wire and the insulator is fluorine-based resin, resulting in improved flexing characteristics. This cable is thus optimum for the moving parts of robots, etc.
This high performance I/O cable controls a highly intelligent high performance robot, and flexibly connects it to a network. The conductor is a small diameter wire for improved flexing performance, thus making this cable optimum for moving parts of robots, etc. (It cannot be used for applications in which twisting loads are generated.)
This is a composite 7-core shielded cable that uses ETFE insulation. Because it uses a fine wire configuration and ETFE insulation, it can be used on moving parts.
This is a composite 7-core shielded cable that uses ETFE insulation. Because it uses a fine wire configuration and ETFE insulation, it can be used on moving parts.
Many cableveyors are used for the moving parts of conveying robots or small robots. These days, however, the cableveyor method is expensive and also when it is used in a clean room it poses problems such as dust generated from the cableveyor. However, because there are multiple cables, it is currently necessary to use a cableveyor. Oki Electric Cable Co., Ltd. has developed parallel robot cables in which a number of cables are bonded together, thus eliminating the need for a cableveyor.
By applying a flame-resistant special elastomer, an original technology developed by OKI Electric Cable, and by improving the internal structure, the company succeeded in developing a highly flexible, smaller diameter "ORP Cable" offered at a low price.