Our Process

Every project starts with a conversation focused on understanding your application and requirements. We typically review:

• Expected annual usage (EAU) and production timelines
• Part models, drawings, or initial concepts
• Material requirements and performance needs
• Whether the part is best suited for short run or long run production

This early alignment helps us select the right tooling and manufacturing approach.

Our engineers act as an extension of your team, evaluating manufacturability and identifying opportunities to improve part performance or reduce cost.

This stage may include:

• Reviewing geometry and tolerances
• Recommending design refinements
• Determining the optimal tooling strategy
• Confirming materials and forming methods

The goal is simple: ensure the part is engineered to run efficiently and consistently.

Using advanced laser capabilities, we create fast, accurate prototypes to validate form, fit, and function before tooling begins. Prototyping also supports early testing and bridge production when needed.

Once the design is approved, our tooling team builds the dies and fixtures needed for production.

Capabilities include:

• Progressive tooling for long run programs
• Modular tooling solutions for short run production
• Tool maintenance and repair throughout the program lifecycle

Keeping tooling in-house gives us tighter control over timing, cost, and quality.

Short Run

Long Run