Diagram illustrating the 3D strip development process for coil to final part with labeled stages including coil stock, pilot pierce, pierce, notch, form, trim, and final part, showing assembled metal components and technical drawings.

STRIP DEVELOPMENT

Progressive and transfer strip development built around material utilization, part quality, process stability, and reliable production. From initial process planning through final strip layout, each progression is developed with tooling, press, feed, and manufacturing requirements in mind.

Diagram showing engineering change of a machine component, with a before image indicating interference issues and a after image showing improved clearance, accompanied by technical drawings and change details.

ENGINEERING CHANGES

Responsive engineering support for design revisions, tryout changes, customer updates, and tooling improvements. Changes are incorporated accurately and efficiently with a focus on minimizing disruption, maintaining design intent, and keeping your project moving.

Computer-aided design (CAD) software interface displaying a complex metal assembly with various components, technical details, and a parts list on the left.

DIE DESIGN

Complete 3D die design for progressive, transfer, and blanking applications. Designs are developed with manufacturability, durability, assembly, tryout, and production performance in mind—providing practical tooling solutions that can be built, serviced, and run on the shop floor.

Technical drawing of a lower die shoe detail, including a 3D isometric view, top view, side section view, and detailed close-up of a corner, with measurements and specifications.

DRAWING & DETAILING

Clear, manufacturing-ready drawings and detailing developed for machining, assembly, purchased components, and tool build. Accurate documentation helps communicate design intent, reduce shop-floor questions, and keep manufacturing on schedule.