Custom Precision Stamped Metal Parts

High-Precision Industrial Applications

• Medical & Biotech: Biocompatible pacemaker components, surgical stapler parts, and micro-fluidic diagnostic clips.
• Micro Electronics & Semiconductors: IC lead frames, CPU sockets, USB-C/HDMI terminal connector pins, and shieldings.
• Automotive Sensors & ADAS: Radar sensor brackets, airbag inflator connectors, and EV battery management system (BMS) busbars.
• Smart Wearables & Aerospace: Miniature acoustic components, smart watch internal spring contacts, and satellite relay switches.

Enterprise-Grade Precision Metrology Lab

• In-Die Sensors
• Automated Optical Sorting
• Advanced Metrology Equipment

FAQ Section

• Q1: What is the tightest dimensional tolerance your precision metal stamping can reliably maintain?
  • A1: Utilizing our high-precision Bruderer/Kyori press machines and custom-engineered carbide tooling, we can reliably achieve and sustain dimensional tolerances as tight as ±0.005mm (5 microns) across million-part production runs.

• Q2: Can you deliver precision stamped components on reels (Reel-to-Reel packaging)?
  • A2: Yes, we specialize in continuous strip stamping. Components are delivered on customized cardboard or plastic reels with precise pitch alignment, perfectly optimized for your automated high-speed SMT assembly or robotic pick-and-place lines.

• Q3: How does your factory handle burr minimization for micro electronic stamped parts?
  • A3: We design our precision dies with tight punch-to-die clearances, often utilizing tungsten carbide components. Additionally, we employ specialized post-processing techniques such as chemical deburring, ultrasonic cleaning, and electrolytic polishing to ensure completely burr-free edges under microscopic inspection.