Turret or CNC punching versus progressive die stamping: tooling cost, tolerance windows, thickness limits, edge quality and the volume crossover where stamped parts win on unit cost.
The full metal stamping die family: simple, compound, progressive, stage and fine-blanking tooling compared on cost bands, lead time drivers, die life, maintenance intervals and die export programs.
Micro stamping of sub-gram parts in 0.05-0.3 mm strip: punch and die clearance rules, burr limits, coil tension control, nesting economics, and the inspection stack from CMM to optical comparator.
Progressive metal stamping chains 6 to 12 operations in one die at 100 to 300 SPM. When it beats transfer and fourslide, what tolerances hold, and how die cost amortizes at volume.
How progressive die metal stamping works from drawing to production: strip layout, die build, press setup, tryout and PPAP - with numbers that decide success.
Tool stamping and die stamping name the same press work differently. Learn what each covers, how quotes diverge and where hidden scope inflates tooling budgets.
Progressive stamping runs coil-fed strip through a single die at up to 300 strokes per minute. This guide covers how continuous dies work, key parameters, materials, cost drivers and when the process wins.
Stamped metal parts: how progressive dies produce terminals, lead frames and busbars at 300 SPM with ±0.005 mm - plus materials, cost drivers and buying steps.
Eight stamped part families - terminals, connectors, lead frames, busbars, brackets, shields and assemblies - with the advantage, use and trade-off of each.
Metal pressing and metal stamping are one process with two regional names. What matters is the spec: operations, tonnage, tolerances, and tooling payback.
A progressive die turns coil strip into finished parts at up to 300 SPM. Inside: die anatomy, tool steels, die life in strokes, maintenance, and payback math.
Audit a stamped metal parts manufacturer on 12 capabilities: presses, tolerance, tooling, materials, plating, assembly, quality, quoting - each with a number.
High-speed progressive die stamping produces multi-million-piece parts at up to 300 strokes per minute. Here is the decision framework for choosing stamping over machining, waterjet or bending.
Deep draw stamping forms cup-shaped and hollow precision parts in one press stroke sequence. This guide covers the draw ratio, material selection, wall-thinning control and design rules for small deep-drawn components.
Prototype metal stamping turns a drawing into validated first articles before committing to hard tooling. This guide covers the prototype routes, lead times, what to qualify, and how to avoid expensive tooling mistakes.
Every OEM metal stamping project follows the same phases: RFQ, DFM, tooling, first article, ramp and supply. This workflow shows the timeline, the documents to prepare, and the delays to avoid at each stage.
A progressive die stamps a part through a sequence of stations in one hit - blank, form, pierce, trim, cutoff. Here is how the station plan is built and where progressive wins over single-hit tooling.
Progressive die stamping, in-house tooling and assembly — from prototype to mass production. Send your drawing and volume, get a quote within 24 hours.