INSIGHTS

Manufacturing notes from Keyas.

Updates on materials, stamping design, tooling, and industrial applications.

TECHNICAL NOTE

How to Qualify Precision Blanked Metal Washers for Repeatable Assembly

Supplier qualification for precision blanked metal washers should settle two questions early: what makes the washer fit the assembly, and what evidence will show that production keeps meeting that fit? If those answers wait until after the first batch, inspection becomes reactive.

Read article →
TECHNICAL NOTE

Keyas Precision Stamped Washers and Shims Solutions

Precision Stamped Washers and Shims are small parts, but they control important relationships inside an assembly. A washer can spread load, protect a surface, maintain spacing, or support a sealing function. A shim can set a gap, align components, or compensate for a tolerance stack.

Read article →
TECHNICAL NOTE

Precision Stamped Washers and Shims in Modern Metal Stamping

Precision Stamped Washers and Shims are small parts, but they control important relationships inside an assembly. A washer can spread load, protect a surface, maintain spacing, or support a sealing function. A shim can set a gap, align components, or compensate for a tolerance stack. When these parts are blanked or stamped accurately, they help an assembly fit the way the drawing intended.

Read article →
TECHNICAL NOTE

Precision Stamped Washers and Shims for Industrial Assemblies

Precision Stamped Washers and Shims are small parts, but they control important relationships inside an assembly. A washer can spread load, protect a surface, maintain spacing, or support a sealing function. A shim can set a gap, align components, or compensate for a tolerance stack. When these parts are blanked or stamped accurately, they help an assembly fit the way the drawing intended.

Read article →
TECHNICAL NOTE

Designing Stamped Brackets for Repeat Assembly

A practical review of geometry, hole layout, bends, material, and inspection points before a bracket moves into repeat production.

Read article →