Auto Body Stampings

Crash energy-absorbing performance often fails long before crash testing. Discover why materials, stamping, joining, and load paths matter—and how smarter assessment improves safety.

Automotive lightweight technology cuts mass and boosts efficiency, but where does it raise repair cost? Explore the hidden trade-off shaping safety, EVs, and total ownership value.

Crash energy-absorbing design can lower repair costs—or raise them. Discover how smart load paths, modular parts, and impact control improve safety, repairability, and lifecycle value.

High-strength steel stamping can cut weight and improve safety, but why do lighter parts often cost more? Explore the real cost drivers, lifecycle value, and smart adoption strategies.

Hot-stamped steel vs. aluminum: discover which performs better in crashes, where hot-stamped steel protects occupant space best, and how mixed-material design shapes safety, cost, and repairability.

High-strength steel stamping defects often surface too late—learn how to catch hidden cracks, springback, thinning, and edge risks earlier to cut scrap, improve safety, and protect production stability.

Lightweight body manufacturing brings real savings, but also new cost, safety, and supply-chain trade-offs. Learn how to evaluate ROI, compliance, and long-term value.