Starting at $500

Most progressive die problems are not caused by the toolmaker.

They usually originate much earlier—from strip layout decisions, forming sequence assumptions, springback behavior, carrier design, punch loading, or features that appear manufacturable in CAD but become expensive problems once steel is cut.

By the time these issues are discovered, tooling modifications, production delays, and quality problems can become significantly more expensive than the original design review.

This service is designed to identify those risks before tooling release.

I review the part, strip layout, forming strategy, and production intent from a manufacturing perspective, focusing on how design decisions will affect die complexity, process stability, tooling cost, production yield, and long-term reliability.

Typical review areas include:

• Forming sequence feasibility • Strip layout optimization • Springback and forming risk assessment • Carrier design and part control strategy • Punch and die loading considerations • Feature manufacturability review • Material flow and forming behavior • Tooling complexity and maintenance concerns • Production yield and process stability risks • Production readiness assessment

Deliverables:

• Detailed tooling risk review report • Identified manufacturing and tooling risks • Recommended corrective actions • Production readiness assessment • Practical recommendations before tool release

My background includes progressive die development, forming analysis, tool manufacturing support, and production launch across high-volume metal forming programs. Recommendations are based on real tooling and manufacturing experience rather than theoretical design guidelines.

The goal is simple: identify expensive tooling and production problems before steel is cut.

Typical projects start at $500. Final pricing depends on part complexity, forming requirements, strip layout maturity, and the level of review required.