- 45 Old Waterbury Road Thomaston, CT 06787
- sales@stewartefi.com
- 1-800-393-5387
In the electronics industry, every connection matters. Stewart EFI produces precision metal stampings that help transmit power, signals and data reliably inside today’s most advanced devices. From micro-scale terminals to complex electro-mechanical frames, we supply parts that meet tight tolerances and high conductivity requirements without sacrificing cost efficiency or speed.
We combine multiple metal-forming technologies to meet the unique demands of electronic assemblies:
For seamless housings, shields, and enclosures.
For complex shapes produced at high speeds.
For intricate, miniature components with tight tolerances.
We’re proud to produce precision components for some of the world’s most recognized names in electronics and electrical systems.
With production workflows built specifically for the needs of electronic components, our facilities combine progressive die, deep drawn and multi-slide stamping with in-house tooling and automated assembly. This allows for:
Our metal stamping expertise extends to a wide range of electronic components, including:
We work closely with engineers and sourcing teams to improve manufacturability and accelerate time-to-market.
Stewart EFI’s plants are ISO 9001 certified and maintain IATF 16949 registration. For electronics customers, this means our metal stamping certification systems meet stringent requirements for traceability, defect prevention and continuous improvement, critical for components used in safety-sensitive or high-reliability electronic systems.
We can process pre-plated, heat-treated, anodized or inlayed materials and integrate cleaning or post-processing to maintain electrical performance.
For more than 90 years, Stewart EFI has helped electronics manufacturers move ideas from concept to production. Our precision metal stamping for the electronics industry delivers the repeatability, reliability and cost control that modern devices demand. Contact us to discuss your next component project.
