Precision Tooling
Why stamped parts spring back after bending, how to estimate springback from material and bend geometry, and the die design methods that hold angles and flanges on target, from overbending to simulation-based compensation.
Springback in Metal Stamping: 7 Best Ways to Control It in the Die Read More »
Carbide punch or tool steel punch? A practical comparison of D2, M2, PM high speed steel and tungsten carbide grades: hardness, toughness, clearance, wear life, regrinding and real cost per million strokes.
Carbide Punch vs Tool Steel Punch: 6 Factors for the Best Choice Read More »
How a copper busbar for an EV battery pack is specified and made: material and temper, current sizing, skin effect, stamping and bending tolerances, plating, insulation, joining and the tests that prove it.
Copper Busbar Manufacturing: 8 Best Practices for EV Battery Packs Read More »
An engineering guide to the press-fit pin: compliant zone design, PCB hole and plating specs, insertion and retention forces, materials, progressive die stamping and IEC 60352-5 qualification.
Press-Fit Pin Guide: 9 Best Practices for Reliable PCB Connections Read More »
How to choose mold steel for an injection mold: hardness, polish, corrosion resistance, heat transfer and cost for P20, 718H, NAK80, S136, H13 and D2, with worked selections from our toolroom.
Mold Steel Guide: 7 Best Grades for Injection Molds (P20 to S136) Read More »
The supplier faced a stark choice: scrap the existing tooling and source a new custom tooling supplier, or risk missing delivery commitments to their OEM customer. They chose the former—and began searching for a tooling manufacturer Dongguan could deliver a robust, high-precision die that would eliminate defects, extend tool life, and restore production throughput. They
Field Implementation: Tooling Manufacturer in Dongguan Read More »
The Quality Imperative in Stamping Die Manufacturing A stamping die is what drives high-volume metal production. It turns flat coil stock into finished parts like brackets, terminals, housings, and connectors at speeds above 1,200 strokes per minute. But a die is only as dependable as the quality assurance system standing behind it. The reality is
Quality Assurance Review: Stamping Die Products Tooling Read More »
Precision manufacturing is being asked for more complex metal components, at higher volumes, with repeatability that never wavers. Whether it’s a powertrain bracket for an automotive line, a connector terminal for electronics, or a structural part for a medical device, the demand is the same: speed, precision, and cost efficiency, all from one continuous process.
Technical Framework: Multi-Station Progressive Metal Forming Read More »
The Challenge: Margin Compression in a Volatile Market In 2026, injection molders and OEMs are caught in a perfect storm. Energy prices keep swinging, material costs keep climbing, and regulators in every major market—from the EU’s Carbon Border Adjustment Mechanism (CBAM) to China’s dual-carbon goals and the U.S. SEC’s climate disclosure rules—are pushing hard on
Margin Optimization: Sustainable Injection Mold Design OEM Read More »
Precision manufacturing is being asked for more complex metal components, at higher volumes, with repeatability that never wavers. Whether it’s a powertrain bracket for an automotive line, a connector terminal for electronics, or a structural part for a medical device, the demand is the same: speed, precision, and cost efficiency, all from one continuous process.
Technical Framework: Multi-Station Progressive die Metal Forming Read More »