Oki Electric Cable will participate in "16th KANSAI MECHANICAL COMPONENTS & MATERIALS TECHNOLOGY EXPO (M-Tech)"
This page introduces the list of Oki Electric Cable products to be exhibited at the "16th KANSAI MECHANICAL COMPONENTS & MATERIALS TECHNOLOGY EXPO (M-Tech)" (Wednesday 2 to Friday 4 October 2014 10:00-18:00 (Ends at 17:00 on 4 October), Intex Osaka).
Oki Electric Cable’s booth is "No: 22-17". We sincerely look forward to seeing you at the exhibition.

Exhibits
- "ORP Cable / ORP Slim Cable" high-flexion robot cables
- "VEYOR-SP Cable" telescopic robot cables
- "SYM Cable" motor-driven cables
- "eco Surge Series" micro surge suppression units
- Fixed / Movable HPCF
- <New product> "CL-STH Series" ultrafine-diameter Camera Link cables
- <New product> USB3 Vision movable cables
- Self-supporting sliding FPC
- FPC case studies
"ORP Slim Cable" high-flexion robot cables

ORP slim cables
- Features
- The smallest diameter robot cables in Japan. The diameter has been reduced by 20% compared to conventional products. (In comparison to our ORP cables)
Fixed / Movable HPCF

Fixed / Movable HPCF
- Features
- Large-diameter optical fiber with quartz glass core and polymer clad.
"CL-STH Series" ultrafine-diameter Camera Link cables

CL-STH Series
- Features
- Ultrafine-diameter cables with outer diameter of φ5.1m (Almost a two-thirds reduction in volume compared to our conventional cables).
- The connector is available in the standard straight type as well as in top/bottom/left/right angled type.
- The power supply type (PoCL) is supported.
Self-supporting sliding FPC

Self-supporting sliding FPC
- Features
- This FPC is self-supporting thanks to FPC's intrinsic moderate rigidity, allowing wiring with sliding/bending of cables without deflection or twisting. The use of this FPC prevents the contact between the equipment and wiring materials, which often causes problems in the sliding parts. It also eliminates the need for cable carriers and guides, reducing the wiring cost and contributing to enhanced design freedom.
