About Stamping

High-Precision Stamped Parts & Assemblies

At ASB Engineering Services, we specialize in manufacturing complex, high-precision stamped parts and assemblies. By co-engineering and producing our stamping tools in-house, we accelerate product development cycles while maintaining complete control over die design and quality. With in-depth expertise in sheet metal fabrication, welding, plastics, and final assembly, we seamlessly integrate stamped components into larger assemblies or deliver them as high-quality, ready-to-ship parts—packed efficiently and on time.

Stamping

Capabilities

Our Expertise in Stamping

From materials to equipment and finishing, ASB delivers end-to-end stamping solutions tailored to your needs.

Materials

  • Aluminium (5052, 6061, 6063)
  • Carbon Steel
  • Stainless Steel (201, 304, 316)
  • Cold Galvanized Steel

Equipment

  • Stamping Presses: 5T–200T
  • Auto-feeders ensuring accuracy and repeatability

Processes

  • Progressive & regular dies
  • Assembly
  • CNC bending
  • Welding
  • Riveting
  • Laser etching & surface finishing
Why Choose ASB

Why Choose Us

Stamping Excellence

  • In-house DFM & tooling expertise
  • Wide material compatibility
  • Scalable & adaptable manufacturing
  • Vertically integrated processes
  • Advanced high-precision facility

Process Overview

Stamping Methods Compared

An at-a-glance comparison to help select the right stamping approach for your application.

Progressive Stamping

Advantage
  • Lower stamping parts unit price
  • Higher accuracy with better part dimension repeatability
Disadvantage
  • Higher tooling investment compared to regular die stamping
  • Not all part geometries can be done with progressive stamping

Regular Stamping

Advantage
  • Capable of doing any geometry of metal parts
  • Lower tooling investment
Disadvantage
  • Higher unit cost than progressive stamping parts
  • Lower accuracy with less repeatability