Durable Industrial Packaging Supporting Automotive Manufacturing

Automotive manufacturing environments demand packaging and material handling solutions that can withstand heavy components, constant movement, and repeated use without failure. Even small inefficiencies can create production slowdowns, damaged parts, or safety risks on the factory floor. Stephen Gould’s Indianapolis facility supports Tier 1 automotive manufacturers by designing and producing durable industrial packaging and component solutions built specifically for these demanding conditions. By combining returnable packaging systems, specialized materials, and in-house manufacturing capabilities, the team delivers solutions that protect parts, improve safety, and support high-volume automotive production.

The Challenge

A Tier 1 automotive supplier requires a more durable and reliable system for handling and transporting a variety of components within a high-volume production environment. Existing packaging solutions were not designed for long-term industrial use and were breaking down under repeated handling, creating both product damage and safety concerns.

The supplier also needed packaging that could accommodate multiple component types while maintaining organization and efficiency on the manufacturing floor. The solution had to withstand continuous use while remaining practical to clean, return, and reuse across the production process.

The Solution

The Indianapolis team designed solutions for long-term use, incorporating materials that are returnable, washable, and built to withstand demanding factory conditions. These solutions include HDPE partitions, returnable parts kits, wire racks, stamped metal component packaging, torque strap assemblies, and protective post packs used to transport and organize components throughout the production process. Many of these are produced directly at the Indianapolis facility using the site’s die cutting and manufacturing capabilities, allowing the team to maintain strict quality control while supporting the production volumes required by automotive manufacturing. The team also developed cross-link foam trays coated with Polyurea Coating, a specialized coating that creates an extremely durable protective surface designed for heavy industrial use.

The Result

The Indianapolis team delivered a robust system of returnable packaging and material handling solutions that protect automotive components and improve operational efficiency on the factory floor. The durable designs reduce damage, improve safety, and extend the lifespan of packaging used throughout the production environment.

By combining in-house manufacturing with specialized industrial packaging expertise, the Indianapolis facility provides reliable support for Tier 1 automotive programs and demonstrates Stephen Gould’s ability to deliver durable solutions built for demanding production environments.