All Products

Gore's next-generation cables prevent electrostatic buildup and reduce particle attraction for increased reliability and higher throughput in high flex cleanroom applications. An industry first, our cables can be used in an ESD-sensitive environment without additional equipment or complex grounding system.

Our high flex cables provide a high level of cleanliness and smooth motion to improve positioning accuracy, cable management and signal integrity for the most demanding semiconductor equipment applications. Often used to eliminate an energy chain or cable track, our lightweight motion control flex cables can help semiconductor fabricators improve throughput and yield, reducing maintenance and the total cost of ownership.

When reliable system performance and equipment uptime are critical, Gore’s cables maintain stable attenuation at longer lengths during flexure compared to standard cables. With a durable yet lightweight construction, our cables deliver a high flex life and a small bend radius without compromising signal integrity — reliable performance that cannot be matched.

Gore cables deliver reliable signal transmission for Cat 5, 6 and 7 protocols in challenging environmental conditions. With a proven flex life and small bend radius, Gore’s lightweight cables are easy to install, improve reliability and decrease downtime. Our cables deliver a high flex life without compromising signal integrity — reliable performance that cannot be matched.

Gore’s cables provide motion control and vision systems with reliable interconnects for high-performance flex life and signal transmission in challenging environmental conditions. With a proven flex life and small bend radius, our lightweight cables are easy to install, improve reliability and decrease downtime — reliable performance that cannot be matched.

Lightweight, self-supporting cables eliminate a cable carrier track or chain for a simpler cable management system and solve challenges with particulation, vibration, size and weight. Our cables have a smooth motion for increased positioning accuracy, faster speeds, easier installation and cleaner operation. They can help semiconductor fabricators improve throughput and yield, reducing maintenance and total cost of ownership.