Automotive and transportation composite manufacturing environments combine high-volume production, automated assembly systems, and advanced composite manufacturing processes that place significant demands on cables, hoses, and robotic cable assemblies. Abrasion from continuous automated motion, chemical exposure during composite layup, and the thermal and mechanical stress of production operations accelerate wear in unprotected cable and hose systems.
M.M. Newman Corporation’s Heli-Tube® spiral cable wrap is used throughout automotive and transportation composites applications to protect and organize cables, hoses, and robotic cable assemblies in automated manufacturing systems and composite production environments.
Automotive composite manufacturing and transportation systems create demanding conditions for cable and hose management. Common challenges include:
These conditions reduce cable and hose service life and can create unplanned downtime in high-production automotive and transportation manufacturing operations.
Heli-Tube® Spiral Cable Wrap options are designed to protect cables, hoses, and tubing across automotive composite manufacturing and transportation systems while supporting organized, serviceable routing in high-cycle automation environments.
Heli-Tube® spiral cable wrap supports a wide range of automotive composite manufacturing and transportation system applications:
Heli-Tube® spiral cable wrap is available in materials suited for automotive composite manufacturing and transportation environments:
Suitable for general manufacturing applications including composite layup environments with moderate chemical exposure
Higher abrasion and temperature resistance for robotic and automation cable assemblies subject to continuous high-cycle motion and elevated operating temperatures
Chemically inert with a broad operating temperature range for demanding composite process environments with elevated resin system or solvent exposure
Each option supports long-term performance based on application conditions, chemical environment, and mechanical demand.
Automotive and transportation composite manufacturing requires cable and hose protection that keeps pace with high-volume production cycles and demanding automation environments. Heli-Tube® spiral cable wrap helps extend the service life of robotic cable assemblies, composite process lines, and manufacturing system hoses while maintaining organized, serviceable routing that supports production efficiency.
From automated manufacturing cells and composite part production to transportation system assemblies, Heli-Tube® contributes to reliable system performance and reduced maintenance frequency. M.M. Newman Corporation delivers cable management solutions engineered for the throughput demands and operating conditions of automotive and transportation composites manufacturing.
Heli-Tube® is used to protect and organize robotic cable assemblies, automation system hoses, and manufacturing cell wiring throughout automotive and transportation composites production. It reduces abrasion in high-cycle motion environments, supports organized cable routing, and allows individual line breakouts for maintenance and system connection access.
Heli-Tube® is available in chemical-resistant material options, including PTFE, which is suited for environments with resin system exposure and solvent contact. The appropriate material selection depends on the specific chemicals and process conditions present in the application.
Yes. Heli-Tube® spiral cable wrap is designed for high-abrasion environments, including the continuous motion and high-cycle demands of robotic and automation cable applications. Its flexible spiral construction accommodates cable movement while providing consistent abrasion protection throughout the assembly.
Yes. Heli-Tube® is used in resin infusion and vacuum infusion processes for composite automotive part production. It supports resin flow management, vacuum line organization, and tubing protection during layup and curing operations.
Heli-Tube® is available in a wide range of diameters to accommodate small signal wiring through large multi-hose automation assemblies. Custom configurations can be produced to meet specific routing dimensions and production requirements.