Cameron Tool handles engineering change requests on progressive, transfer, and line dies efficiently and with minimal out-of-plant time. Our design team manages the change, our machinists modify the tooling, our EDM department handles the detail work, and our press floor validates the result. One shop handles the full EC from start to first-off part.
Engineering changes on production tooling are a fact of life in stamping programs. Part geometry changes. Material specifications update. Production volumes shift. Regulatory requirements evolve. When a customer design changes mid-program, the tooling has to follow. How quickly and cleanly that happens depends entirely on who is managing it.
For shops that outsource design work, machining, and tryout to separate vendors, an engineering change becomes a coordination project. Design changes go to one location. Modified components come from a second shop. Tryout happens at a press facility on a schedule that may not align with yours. Each handoff is a potential delay and a potential miscommunication that shows up as production downtime on your floor.
Cameron Tool handles die engineering changes entirely in-house. Our design team reviews the change request, models the modification, and coordinates directly with our machinists and EDM operators. Modified tooling goes to our press floor for validation before it ships back. Your production line does not wait on a vendor chain.
Design Review and Modification Our engineering team reviews every EC request against the original die design and production requirements. We model the modification in NX 2019, assess the impact on the forming process and tooling geometry, and produce updated design documentation before any machining begins. For changes that affect forming conditions, we run AutoForm simulation to validate the modified process before steel is cut.
In-House Machining and EDM Modified die components are machined and fit in-house on our CNC machining floor and Charmilles wire EDM department. We do not send EC work to outside vendors. The same machinists and EDM operators who support our die construction programs handle engineering change work to the same tolerance and quality standard. Component modifications, inserts, new punches, and die section rework all happen under our roof.
Press Validation After EC Every engineering change gets validated on our press floor before the modified tooling ships back. We run first-off parts, inspect them on our CMM equipment, and confirm dimensional compliance against the updated specification. For automotive OEM programs that require updated PPAP documentation after an EC, our ISO 9001:2015 quality system supports that process from design change through production part re-approval.
Minimal Out-of-Plant Time Engineering changes that require coordination across multiple vendors take weeks. Engineering changes handled entirely in-house take days. Our goal for every EC request is to return your tooling with the change completed, validated, and documented as quickly as the complexity of the modification allows. Your production schedule drives our priority, not our convenience.
Documentation and OEM Compliance Every engineering change is documented through our ISO 9001:2015 quality system. Updated design records, machining inspection data, first-off part reports, and change documentation are maintained and available on request. For Ford Q1 programs and other OEM-governed tooling, we maintain the documentation trail your program requires across the full EC history.
Cameron Tool processes engineering change requests on progressive dies, transfer dies, compound dies, and line dies across the full range of materials and automotive, defense, and industrial programs. Common EC work includes part geometry updates, trim line changes, material gauge or grade changes that affect forming conditions, add-hole and pierce changes, flange angle modifications, and production process changes requiring tooling adjustments.
We handle EC work on tooling we built and on tooling we did not build. If you have a production die that needs an engineering change and your original die builder is unavailable, backed up, or no longer in business, Cameron Tool can assess the tooling, quote the change, and execute the modification. Our 60+ years of die construction experience means our team can work on tooling built to different standards and specifications without requiring original build documentation in every case.
For customers with ongoing production programs, we can be set up as a standing EC resource so engineering changes move through a known process rather than requiring a new vendor evaluation every time a change request comes in.
Engineering changes on progressive, transfer, and line dies for automotive body panels, structural components, chassis parts, and powertrain stampings. Ford Q1 certified process. ISO 9001:2015. Active programs across Michigan and the broader automotive corridor.
Engineering changes for stamping dies supporting solar, wind, and energy storage structural component programs. Keeping production tooling current with evolving design requirements is part of long-term program support.
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 engineering change partner for OEM and Tier 1 tooling programs across Michigan with fast turnaround and in-house press validation.
For customers who need die engineering changes handled in Michigan with Ford Q1 certification, ISO 9001:2015 quality, and a press floor to validate the modification before it ships, Cameron Tool is the established choice in Lansing.
We also work with customers across the Midwest who need a reliable die engineering change partner with in-house design, machining, EDM, and press validation under one roof. Ship your tooling to us, we handle the change from design through validated first-off parts, and ship it back ready for production.
Whether you need a single trim line change turned around quickly or a complex multi-station modification with updated PPAP documentation, tell us what you are working on. We will assess the change and get back to you with a preliminary response.