0.1mm² Teflon 1C Flex Cable 55×0.05mm CNC Chain Wire

Repeated bending kills standard wires fast. In CNC machines, robotic arms, and drag chain systems, ordinary jumper cords crack within weeks — causing downtime, scrapped parts, and costly emergency repairs. The root cause: insulation that can’t handle millions of flex cycles in tight carrier bends.This imported single-core 0.1mm² Teflon flex cable solves that problem. Built with a 55×0.05mm ultra-fine strand construction and PTFE insulation, it is designed for continuous reciprocating motion inside energy chains and cable carriers. It works as jumper cord, internal chain wiring, or short extension lead where space is tight and movement never stops.Core Specifications

Why This Cable Outlasts Standard Wire in Motion Systems— 10M+ bend cycles at full speed. Tested under continuous reciprocating motion at 5m/s on CNC axes. The 55×0.05mm strand layout distributes stress evenly — no conductor fatigue, no insulation cracking, even after months of nonstop operation.— PTFE handles harsh shop-floor chemistry. Resists cutting oil, coolant, hydraulic fluid, and solvent exposure. Unlike PVC or PU jackets, Teflon insulation does not swell, harden, or become brittle — critical for machining centers and robotic weld cells where fluid splash is constant.— Fits tight carrier bends without kinking. At 0.1mm² with a 55×0.05mm profile, this flex cable routes through cable chains with radii as low as 15mm. Saves cross-section space in compact drag chain assemblies on small robots and pick-and-place units.— Low mass reduces moving inertia. Weighs significantly less than multi-core alternatives. In high-speed robot arms and gantry systems, lighter cable means faster acceleration, shorter cycle times, and less motor load.Applicable Industries & ScenariosCNC machining centers, industrial robots (6-axis and SCARA), packaging machines, semiconductor handlers, medical automation, laser cutting systems. Used as internal wiring in energy cable chains, jumper cords between moving tool heads, and extension leads on automated transfer lines.Custom Orders & SupportWe cut to custom lengths, terminate with connectors (JST, Molex, flying leads), and adjust strand counts for your specific cable carrier model. MOQ from 100 meters. Samples available for testing in your machine. Send us your carrier type, bend radius, and motion profile — we reply within 24 hours with pricing and a technical drawing.