Custom Sheet Metal Stamping

Industry Solutions

• Automotive & Electric Vehicles (EV): IATF-compliant structural reinforcements, custom sensor mounting brackets, exhaust heat shields, and EV battery cell enclosures.
• Electronics, Telecom & Semiconductor: Precision EMI/RFI shielding cans, complex terminal connectors, grounding spring clips, lead frames, and micro-stamped chassis components.
• Medical Devices & Laboratory Hardware: Biocompatible micro-stamped surgical tool components, dental matrix bands, and precision fluidic diagnostic housings.
• Industrial Machinery & Construction Hardware: Heavy-duty pressed post bases, custom truss connectors, structural tie plates, heavy hinges, and mounting hardware assemblies.

In-House Tooling Design & Micro-Precision Quality Control

• In-House Tool & Die Shop
• Tooling Lifespan Guarantee
• Zero-Defect Metrology Lab
• Traceable Documentation

Frequently Asked Questions

• Q1: What are the typical initial tooling costs and lead times for custom sheet metal stamping?
  • A1: Tooling costs depend on part complexity, material thickness, and production volumes. Economical stage tooling (single-hit dies) for low-volume prototypes takes 2 to 3 weeks with a minimal upfront investment. High-speed, heavy-duty production progressive dies typically require 4 to 6 weeks to engineer, build, and optimize, but provide the lowest long-term per-piece production cost.

• Q2: How does your engineering team help optimize a part design to reduce stamping costs?
  • A2: We perform an exhaustive DFM (Design for Manufacturing) review for every drawing. Our tool engineers map out the nested progressive strip layout to achieve maximum material utilization, minimizing raw metal scrap rates and passing the raw material cost savings directly back to you.

• Q3: How do you handle burr control and surface protection on high-precision stamped parts?
  • A3: We mathematically optimize punch-to-die clearances per material grade and execute automated nanoscale blade grinding on our tools to prevent large burrs from forming. For zero-burr or cosmetic requirements, we implement post-stamping operations such as vibratory tumbling, wide-belt deburring, ultrasonic degreasing, or chemical polishing.