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.

• For more details [310KB]

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.

• For more details [362KB]

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.)

• For more details [371KB]

This is a composite 12-core shielded cable with ETFE insulation. It can be used on moving parts. The core wires can be identified by the color of the insulation.

• For more details

This is a composite 16-core shielded cable that uses PE insulation. It can be used for moving parts. The insulation is colored to enable the core wires to be identified.

• For more details

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.

• For more details

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.

• For more details

This is a composite 9-core shielded cable that uses ETFE insulation. It can be used on moving parts. There are dot marks on the insulation for identification.

• For more details

This is a composite 10-core shielded cable that uses PVC insulation. It can be used on moving parts. There are dot marks on the insulation for identification purposes.

• For more details

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.

• For more details