AUTOMOTIVE
Optimization for High-Volume Manufacturing
Automotive harnesses must be designed for efficient, repeatable, and scalable production. This includes standardizing wire lengths, grouping functions logically, minimizing variants, and aligning with automated cutting, crimping, and taping processes to reduce manual labor and assembly time.
Cost/Weight/Complexity Optimization
Modern cars demand the lightest, shortest harnesses possible to improve fuel/energy efficiency and reduce cost.
Complexity Management for Options & Variants
Passenger cars include many options, trim levels, and specific market requirements. Harness design must be optimized to fit to different zones and platforms to control variants, reduce part numbers, and simplify logistics while keeping production efficient.
How EDS Master helps
EDS Master designs every harness with serial production in mind. We apply design-for-manufacturing (DFM) practices from the start, simplifying harness architecture, reducing part complexity, and ensuring compatibility with semi-automated and automated manufacturing methods. Our engineers carefully route harnesses in 3D CAD to account for space limitations and ensure fast, error-free installation. Each drawing we deliver is optimized for production: clearly documented, accurate in dimensions, and ready for cutting and crimping on standard machinery. Whether it’s for ICE vehicles, Hybrid or EV platforms, we help our customers reduce production costs, improve quality, and bring new vehicles to market faster through well-engineered harness designs.
We invite you to check our services and see how we can help you bring your project to life.
