Tooling Design
How to Design a Robust Progressive Die Layout
Design a robust progressive die by mapping material flow from raw stock to finished part. Use defined station sequences, adequate clearance, and proper support to
metal stamping
Tooling Design
Explore die design fundamentals, clearance, and forming rules that help engineers create robust stamping tools.
Tooling Design
Cost and Lead Time: Progressive Die vs Transfer
Progressive dies and transfer dies differ in tooling cost and delivery time based on part complexity, die layout, and shop capacity. A clear RFQ and a focus on specific
Tooling Design
Buyer's Guide: Evaluating Punch Die Clearance
Punch clearance determines part quality and tool life. This guide explains how to measure, specify, and verify clearance for a specific part, including material
Tooling Design
Troubleshooting: Reducing Springback in Die Design
Excessive springback distorts stamped parts. This guide lists common symptoms, likely causes, and specific fixes in a table. It covers prevention tips to improve
Tooling Design
Explaining Material Flow in Metal Stamping Processes
Material flow describes how metal deforms and moves during stamping. It determines where strain concentrates, how wrinkles form, and where the final part thickness
Tooling Design
Cost and Lead Time of Custom Stamping Tooling
Custom stamping tool design costs and lead times vary by part complexity, material, and die type. A clear RFQ and defined part data reduce surprises. Compare quotes
Tooling Design
Single Step vs Multi Step Die: A Comparison
Single step dies create one feature per hit, while multi step dies build complex parts in one pass. The right choice depends on part geometry, material thickness, and
Tooling Design
Buyers Guide: Selecting Die Layouts for Complex Parts
Selecting the right die layout for complex parts depends on part geometry, material thickness, and production volume. This guide outlines criteria to evaluate strip
Tooling Design
Stamping Tool Design Checklist for First Articles
A stamping tool design checklist ensures all geometric, material, and quality control factors are verified before first article production. This guide groups critical
Tooling Design
How to Calculate Punch Clearance for Sheet Metal
To calculate punch clearance, identify the material and thickness, consult reference tables, and apply standard values. This step-by-step method ensures proper die
Tooling Design
Fixing Burr Formation in Deep Drawing Stamping
Burr formation in deep drawing can be reduced by optimizing die design, adjusting draw ratios, improving lubrication, and maintaining sharp tooling. This guide
Tooling Design
Bend Radius Selection for Thin Gauges: An Outlook
Bend radius selection for thin gauge stamping is shifting toward tighter radii, digital simulation, and flexible tooling. Buyers should plan for advanced material