Progressive Die Strip Layout: 10 Key Design Rules
A progressive die strip layout is the process plan that shows how coil material moves through every cutting and forming station. It determines pitch,
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Progressive Die vs Transfer Die: A Practical Guide
Progressive dies are generally preferred when a part can remain connected to a carrier strip throughout multiple operations and production requires a
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How to Select Tool Steel for Metal Stamping Dies
Selecting tool steel for a metal stamping die requires balancing wear resistance, toughness, compressive strength, dimensional stability, machinabilit
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How to Control Dimensional Variation in Metal Stamping
Dimensional variation in metal stamping occurs when supposedly identical parts differ in hole position, profile, bend angle, flange height, flatness,
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Stamping Die Wear: Causes, Warning Signs, and Maintenance
Stamping die wear is the gradual loss of cutting accuracy, forming geometry, surface condition, alignment, or component performance during production.
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Progressive Die Misfeeds: Causes and Troubleshooting
A progressive die misfeed occurs when the strip does not reach or remain in the correct position for the next press stroke. Even a small pitch, latera
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How to Prevent Slug Pulling in Metal Stamping Dies
Slug pulling occurs when a pierced sheet-metal slug remains attached to the punch during the return stroke instead of falling through the die button a
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How to Prevent Cracking in Deep Drawing Operations
Cracking in deep drawing occurs when localized tensile strain exceeds the sheet metal’s forming capacity. The failure may begin as severe thinning or
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How to Prevent Wrinkling in Deep Drawing
Wrinkling in deep drawing occurs when compressive stress causes unsupported sheet metal to buckle instead of flowing smoothly into the die cavity. The
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