Automotive Cable Assembly Manufacturing Platform
Automotive programs are under relentless pressure to cut weight, shrink packaging, and ensure dependable component supply. Synthetic fiber cable assemblies deliver all three—outperforming steel by , reducing mass, eliminating corrosion, and enabling routing paths steel simply can’t match.
Applied Fiber provides both engineered fiber cable assemblies and the production technology required to manufacture them at automotive scale—repeatably, affordably, and with full supply-chain control.
Why Fiber Cables Win
Synthetic fiber assemblies allow engineers to design systems that are:
- Dramatically lighter than steel cable systems
- Non-corrosive and long-lasting
- Compatible with smaller pulleys and mechanisms
- Tunable fiber friction for application-specific performance
- Smooth, quiet, and durable under repeated actuation
These advantages can be integrated into new vehicle platforms or retrofit programs, enabling weight reduction, packaging optimization, and—in new designs—total system cost reductions through smaller mechanisms and simplified layouts.
Ideal for Cable-Driven Automotive Systems
Fiber assemblies enhance performance in applications such as:
- Window actuation
- Seat release
- Fuel door release
- Spare tire release
- Trunk and hood release
- Any mechanical function where weight, routing flexibility, or compact design matter
A Practical Path to Adoption
Applied Fiber supports OEMs and Tier-1 suppliers from concept through full-scale production.
Assembly Supply
- Engineered assemblies for evaluation and integration
- Support for new or retrofit system designs
- Verified performance advantages
Production at Scale
- Automated production technology
- Controlled, repeatable manufacturing processes
- In-house production capability and equipment for OEMs and Tier-1 suppliers
Providing manufacturers full control of their fiber cable systems—including cost, quality, and supply chain—while accelerating adoption and reducing risk.
Contact Applied Fiber today to learn more and start a conversation.
