Cameron Tool's engineering department designs progressive, transfer, compound, and line dies for the full range of automotive, defense, consumer products, and industrial stamping applications. Every program starts with AutoForm simulation and fully detailed 3D CAD design before a single component is machined. Problems solved in design do not reach the press floor.
Most die programs run long on tryout because the engineering was compressed at the front end. Strip layouts get finalized without simulation. Springback gets guessed instead of modeled. Forming feasibility gets assumed rather than analyzed. By the time the die hits the press, the problems are real and expensive to fix.
Cameron Tool runs the engineering differently. Before a single component goes to the machining floor, our team runs the full forming process through AutoForm simulation software. We model material behavior, predict springback, develop overbend compensation, and validate trim lines virtually. We identify thinning risks, wrinkling zones, and forming failures at the design stage where they cost almost nothing to correct.
The result is a die that goes into tryout with a validated process behind it rather than a set of assumptions. Fewer tryout hits. Shorter validation cycles. First-off parts that meet the geometry your program requires. For automotive OEM programs where tryout time is scheduled and costly, that front-loaded engineering investment pays for itself immediately.
AutoForm Simulation Before any steel is cut, our engineering team runs the full forming process through AutoForm simulation software. We model formability, predict springback, develop overbend compensation, and validate trim conditions virtually. For material under 590 DP we work to within 1.0mm of product. For material over 590 DP we work to within 1.5mm. Simulation catches forming problems at their cheapest point to fix.
Forming Feasibility Analysis For complex geometries in high-strength steel, aluminum, stainless, and advanced high-strength alloys, Cameron Tool runs a full forming feasibility analysis before committing to a die design. We identify thinning risks, wrinkling zones, and springback-prone features early and design around them. First off, quality is the goal, not a tryout cycle long enough to correct design errors.
3D CAD Design with NX 2406 All die design is produced in NX 2406, integrated to manufacturing with color and feature recognition. Designs are component-built and fully assembled in 3D before machining begins. Our CAD models transfer directly to our machining floor without translation or file conversion risk. Every design includes complete documentation suitable for submission to an OEM design review.
Strip Layout and Process Development Our engineers develop complete strip layouts for progressive and transfer programs, optimizing blank development, station sequencing, and material utilization before the die design is finalized. Process decisions made at the strip layout stage directly affect tryout cycle time and long-term tool life. We front-load that thinking rather than trying to correct it at the press.
Engineering Collaboration and OEM Support Our program managers and engineers work directly with your team at every stage. We support OEM design reviews, submit simulation reports and design documentation on your timeline, and maintain communication throughout the program without requiring you to chase updates. For Ford Q1-level programs and Tier 1 supplier programs with strict documentation requirements, our process is built around your qualification requirements from day one.
Cameron Tool's engineering department designs tooling for the full range of metal stamping applications. Progressive dies for high-volume multi-station programs. Transfer dies for large structural components that require individual station handling. Compound and blanking dies for simpler cutting and forming operations. Line dies for large panel programs in automotive and defense applications.
Materials we design for include cold roll, hot roll, galvanized, aluminum, stainless steel, high-strength steel, advanced high-strength alloys, 1180 DP, Gen 3, and 1180 MP. Our simulation capability covers the full material range and our design team understands how material behavior changes across alloy families, gauges, and forming conditions.
What makes Cameron Tool's engineering process different from most tool and die shops is proximity. Our engineers share a building with the toolmakers, machinists, and tryout staff who will build and prove out the die. Design decisions get pressure-tested against real production knowledge before they are finalized. That feedback loop produces better tooling and shorter programs.
Cameron Tool is located at 1800 Bassett Ave in Lansing, Michigan, at the center of the automotive manufacturing corridor that runs from Detroit through the greater Lansing area and into western Michigan. We serve as a trusted die design and engineering partner for automotive OEMs and Tier 1 suppliers across Michigan, with active programs in Lansing, Detroit, Grand Rapids, and the surrounding region.
For customers who need die design and engineering services in Michigan with AutoForm simulation capability, ISO 9001:2015 certification, Ford Q1 Award qualification, and an engineering team that has been doing this work since 1966, Cameron Tool is the established choice in Lansing.
We also work with customers outside Michigan who need a vertically integrated die builder with genuine simulation depth and in-house tryout capability. Whether you are launching a new progressive die program or looking for an engineering partner who can reduce your tryout cycle on a complex high-strength steel application, we are easy to reach and ready to respond.
Whether you need a new progressive die designed and built to automotive OEM tolerances, simulation support for a complex forming program, or a full-service die engineering partner in Michigan, tell us what you are working on. New construction programs typically get a preliminary response within 48 hours.