Precision Stamping
Precision Stamping vs. Conventional Stamping
What precision metal stamping is, how it differs from conventional stamping, and how die clearance, servo presses and CMM inspection affect cost.
Practical stamping design guidelines for engineers: typical tolerances, minimum bend radius, hole spacing, burr control and tolerance stack considerations.
Read More: Stamping Design Guidelines: Tolerances, Bend Radius, Burr and Hole DesignA practical DFM guide for progressive die stamping: strip layout, carrier selection, pilot holes, forming sequence, material utilization and tool maintenance.
Read More: How to Design for Progressive Die Stamping: A Practical DFM GuideA practical EMI shielding can design guide: material choice, seam and grounding design, aperture rules, wall thickness, retention features and testing.
Read More: EMI Shielding Can Design Guide: Materials, Seams, Grounding and AperturesSame process on paper, completely different requirements. Die clearance, servo presses and CMM inspection draw the dividing line - and explain why tooling costs more but unit cost drops at volume.
Read More: What Is Precision Stamping - and How Does It Differ from Conventional?
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