Industrial

Industrial and manufacturing facilities increasingly rely on fiber for its bandwidth, speed, distance, and signal integrity.

Fiber seamlessly tackles long cable runs -- especially useful for remotely located monitoring, control and network deployment points -- without signal degradation from inline boosters, extenders and other failure points.
Fiber supports the high-bandwidth demands of cloud computing, machine learning, robotics and AI.
Fiber is immune to the signal-killing electromagnetic interference, radio frequency interference and ground loops common in large facilities with industrial motors.
Fiber is also immune to static electricity, surges and lightning strikes, protecting remote connections while acting as an insulator.
Fiber delivers reduced maintenance and downtime, providing superior reliability over copper-based cables.
Fiber provides a future-forward upgrade path, eliminating the need to redesign network infrastructures and pull new cables to accommodate tomorrow's technology.

For these reasons, fiber-based cables and connectivity products have become a fixture in industrial and manufacturing designs and integrations. But with so many optical suppliers, why choose Cleerline?

Safe and Simple Cable Termination

Cleerline SSF cable delivers the easiest termination experience in the industry. Its patented glass-encapsulated-by-polymer construction literally allows "hands-on" cable preparation without the worry of glass shards and strand breakage. Facility managers using Cleerline experience 30% faster termination times without compromising termination integrity.

Cables that Survive Real-World Installation

Job sites aren't delicate, but unfortunately most fiber-based cables are. Patented Cleerline SSF cables deliver a 2000x greater flex rating, 1500x better impact rating, an industry-leading 2.2mm bend radius and superior pull-strength compared to traditional bend-insensitive fiber. It's the only cable that literally survives being tied in a knot.

Cables Built for Motion

Robotics and industrial machinery regularly rely on Cleerline SSF for its strength and durability. SSF delivers a 2000x greater flex rating than traditional bend-insensitive fiber, ensuring it survives repetitive motion even while laced in tight cable paths.

Cables that Survive Outdoor and Harsh Environments

Fiber and water don't mix -- and this can greatly diminish product life in outdoor installations and harsh environments. Wet and humid conditions cause micro-fractures in optical glass, and over time these fractures will degrade system performance and even render optical cables unusable. The glass-encapsulated-by-polymer construction of Cleerline SSF eliminates water egress, ensuring systems continue to perform reliably. Plus, SSF is rated for extreme temperatures from -75 to 158°F (-60 to 85°C).

Thinner Cables for Tougher Cable Paths

Whether tackling a retrofit with a crowded conduit or trying to accommodate a tight robotic chassis, Cleerline manufactures the strongest, thinnest cables in the industry. SSF and BendSafe products survive the rigors of fishing through cable-filled pipe and can easily be laced and coiled in tight spaces.

Uptime for Mission-Critical Systems

Cleerline doesn't just deliver a cable immune to EM interference, RF interference, static, surges and lightning, our patented SSF construction also delivers a cable with a 50+ year life expectancy. Why risk performance issues and product failures when Cleerline delivers the strongest, most durable fiber in the industry.