Metal Manufacturing Knowledge Center

Explore Innoway’s manufacturing insights, engineering solutions and project updates

Achieving 0.05 mm Concentricity in a Bent Metal Stamping

The Real Challenge Was Not the Hole—It Was the Assembly Fit This precision metal stamping component is used in printing equipment for a well-known overseas brand. It is made from...

How a Custom Metal Cabinet Is Made: From Drawing to Delivery

The Real Challenge Starts Before Fabrication For many customers, building a custom metal cabinet is not simply about finding a sheet metal supplier. Will the structure be strong enough? Are...

Automotive Trunk Latch Connector Assembly: Where Precision Fabricating Meets Reliable Motion

A Small Assembly with a Big Job An automotive trunk latch connector may look simple from the outside, but its function depends on several stamped metal components working together with...

Flatness Control: From Raw Material to 100% Pre-Shipment Inspection

1. Why Flatness Is So Important For stamped parts, sheet metal components, and precision metal structures, flatness is more than a drawing requirement. It directly affects assembly fit, welding positioning,...

Salt Spray Testing: How We Validate Corrosion Resistance for Precision Metal Parts

Surface treatment quality is one of the most critical — and often overlooked — factors in the long-term performance of precision stamped and sheet metal components. Salt spray testing (also...

Material Hardness: Why It Matters in Metal Manufacturing

What Is Material Hardness? Material hardness refers to a material’s ability to resist localized deformation, indentation, scratching, or wear. In simple terms: Hardness is one of the most important mechanical...