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OEM metal stamping capability

Metal Stamping Tooling and Die Making

HARVLAND develops stamping dies around the required metal part, from process planning and die design through component manufacture, assembly and trial correction. The confirmed drawing and sample requirements guide the work through to production release.

Die design

Turn the part drawing into a workable die structure

Die development starts with the operations needed to make the part. Geometry, material and production volume guide the choice of tooling, station sequence and locating method.

  • Review cutting, bending and drawing operations against the part requirements.
  • Define punches, die sections, support, guidance and stripping as a working assembly.
  • Allow access for assembly, adjustment and replacement of wear components.
Manufacture and assembly

Make and fit the components that control the part

Plates, working inserts and locating components are made to the confirmed die design and fitted into the assembly. Component fit and coordinated movement are checked before trial stamping.

  • Check working clearances, alignment and support at the relevant features.
  • Check opening, closing, stripping and scrap-clearance paths.
  • Record adjustments that affect the die setup or later maintenance.
Die trials

Use stamped samples to guide tool correction

Trials reveal how the material behaves in the assembled die. Measured parts guide adjustments to dimensions, springback, burrs and surface marks.

  • Compare samples with the drawing revision and agreed inspection points.
  • Record deviations, tool changes and repeat sample checks.
  • Plan the required trial rounds and sample quantities for the project.
Release and maintenance

Confirm the sample, then define how the die will be used

Sample approval, pilot production and tooling handover have different purposes. Confirm the applicable release steps and the records that support each one.

  • Agree dimensional, appearance and mating checks before approval.
  • Define ownership, storage, maintenance and repair responsibilities.
  • If tool handover is required, agree press compatibility and the drawings, spares and documents included.

Progressive die drawings

Explore the support-bracket progressive die drawing and enlarge the views to see the structural details.

Plan layout and side views of the stacked support-bracket progressive die assembly
Die structure overviewEnlarge drawing
Strip layout in the support-bracket progressive die drawing
Strip layoutEnlarge drawing
Detail view of a plate in the support-bracket progressive die drawing
Die plate detailEnlarge drawing

These previews show the die structure. Dimensions and manufacturing requirements are subject to the confirmed drawings.

Progressive die drawings

Tooling quotation

Provide the part and tooling requirements together

A tooling quotation depends on the part, the expected use of the die and the validation work. Specify whether the die supports part production here or requires a separately agreed handover.

  • Part drawing, material, thickness, critical features and expected production quantity.
  • Sample stages, inspection reports and any receiving-press requirements.
  • Required schedule, ownership and the agreed scope of tool delivery and support.
DFM reviewbefore tooling decisions
±0.02 mm tolerancefor critical features, subject to drawing and process review
0.2–2.0 mmsheet thickness range
ISO 9001 / ISO 14001quality and environmental management systems
No MOQfor sample validation
Finish + inspectionplanned for your project
Buyer questions

Common buyer questions

Have a question about your part? Leave a message and a reply email.

When is stamping tooling required?

Tooling is usually required when a custom metal part needs repeatable production, formed features, tight fit or progressive stamping efficiency. The exact tool type depends on geometry and volume.

What happens during T0, T1 and T2 die trials?

Trial stages produce sample parts, measure dimensions, check burr and forming quality, then feed corrections back into the die until the part is ready for approval.

What affects stamping die cost and lead time?

Part geometry, material thickness, forming depth, tolerance, annual volume, cosmetic requirements and inspection level can all affect die complexity, cost and timing.

How are tooling ownership and maintenance defined?

Agree ownership, storage location, maintenance scope, repair approval and any tool handover in the project terms. A part quotation alone does not define independent die delivery or a tool-life guarantee.

Resource library

Guides and articles

Production guideMetal Stamping Production Process: From Coil to Finished PartsFollow the material through a typical stamping route and see what each stage produces, what should be checked, and when the part is ready to move on.Engineering guideProgressive Die Stamping Design, Volume and Tooling GuideA buyer-focused guide to preparing a stamped part for progressive tooling, from feature and strip decisions through station planning, volume assumptions, die trials and production release.Production guidePrototype to Production Metal Stamping: 8-Stage Release GuidePrototype-to-production metal stamping should pass eight controlled gates: validation brief, early sample, design freeze, die trials, FAI, buyer-required PPAP, pilot run and production release. Each gate needs defined inputs, evidence and an approval owner.Sourcing guideMetal Stamping Tooling Cost and Lead Time GuideCompare stamping tooling proposals by what the die must do, which costs the quote includes and what evidence is required before sample approval.Process comparisonProgressive Die vs Deep Draw vs Single-Station StampingChoose a stamping route by the shape you need, the way material must move and the quantity you expect to order. Understand where single-station, compound, progressive and transfer tooling fit—and how deep drawing can be part of those routes.Quality guideMetal Stamping Quality Control and InspectionQuality control decides whether stamped parts arrive consistent and to drawing. Use this guide to understand the systems, inspections and documents that keep a stamping program in spec.

Review tooling scope before ordering

Send the part revision, material, thickness, quantities and acceptance points. List the requested samples, reports, tool storage or handover terms for confirmation in the quote.

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Attachment guidance and larger filesPDF, STEP, IGS, DWG, DXF or photos. Zip multiple files into one archive. The complete attachment or ZIP must be no larger than 50 MB. For larger files, email a file-sharing download link to support@enclosuremetal.com. Send any password in a separate email; do not enter it in this form.

Additional project details (optional)

Your drawings are used only for quotation review. NDA available on request.

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