Design for Metal Stamping

Bend relief design guidelines for stamped metal parts

Bend Relief Design Guidelines for Stamped Metal Parts

Bend relief design is critical when a stamped metal part has a bend that terminates...
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stamped metal parts designed for progressive die production

How to Design Stamped Metal Parts for Progressive Die Production

Designing stamped metal parts for progressive die production requires more than making each feature individually...
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hole-to-edge distance in precision stamped parts

Hole-to-Edge Distance Guidelines for Stamped Parts

Hole-to-edge distance affects whether a stamped hole can be produced without edge distortion, tear-out, or...
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metal stamping hole size and hole spacing guidelines for precision stamped parts

Hole Size and Hole Spacing Guidelines for Metal Stamping

Hole size and spacing directly affect punch strength, feature stability, dimensional consistency, and tooling life....
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minimum bend radius for sheet metal stamping in precision OEM production

Minimum Bend Radius for Sheet Metal Stamping

Specifying a bend radius that is too small can cause outer-surface cracking. More importantly for...
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metal stamping tolerance inspection in precision OEM production

Metal Stamping Tolerance Guide: What Tolerances Are Realistic?

Metal stamping tolerances are feature-specific rather than one universal number. General stamped dimensions may commonly...
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blanking clearance affecting edge quality in precision metal stamping process

How Blanking Clearance Affects Edge Quality: Understanding Burnished Zone, Fracture Surface, and Burr Formation

Introduction Blanking clearance is one of the most critical process parameters in precision metal stamping...
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Nesting Design for Thin-Sheet Shielding Components: Ensuring Strip Rigidity and Feeding Flatness

Nesting Design for Thin-Sheet Shielding Components: Ensuring Strip Rigidity and Feeding Flatness

Why Nesting Design Is Critical for Thin-Sheet Shielding Components Nesting design for thin-sheet shielding components...
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Burr-free Blanking of Electromagnetic Shielding Components: Comparison of Fine Blanking, Small Clearance, and Negative Clearance Approaches

Burr-free Blanking of Electromagnetic Shielding Components: Comparison of Fine Blanking, Small Clearance, and Negative Clearance Approaches

Burr-free blanking of electromagnetic shielding components requires more than minimizing visible burr height. Burr direction,...
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Single-Step Multi-Angle Bending of Shielding Frames: Process Integration and Springback Control

Single-Step Multi-Angle Bending of Shielding Frames: Process Integration and Springback Control

Introduction  Single-step multi-angle bending of shielding frames integrates several forming features into one tooling action...
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Flatness Control and Warpage Prevention for 0.15 mm Nickel Silver Shielding Covers

Flatness Control and Warpage Prevention for 0.15 mm Nickel Silver Shielding Covers

Introduction Flatness control and warpage prevention for 0.15 mm nickel silver shielding covers must be...
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Control of Warpage and Flatness of Connector Terminals in High-Speed Stamping

Control of Warpage and Flatness of Connector Terminals in High-Speed Stamping

Introduction Control of warpage and flatness of connector terminals in high-speed stamping is one of...
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