Deutsch-Style Connector Pins | Cold-Formed Precision | Manufacturer

When raw materials are available, Electropin can begin manufacturing and deliver your first batch in as little as two weeks. Subsequent batches are scheduled on a customer-specified timeline. Production can also be dramatically scaled up if your volume requirements change, making rapid ramp-ups straightforward.

Electropin produces Deutsch-style connector pins in lead-free brass and stainless steel as standard material options. Other metals can also be accommodated depending on application requirements. All standard offerings are lead-free, which eliminates REACH and RoHS regulatory concerns that commonly affect machined leaded-brass alternatives.

Available retention features include Star, Tabs (Spline), Inscribed Square, and Flat profiles. The Star feature is particularly notable — it can achieve a diameter up to 50% greater than the source wire diameter, providing strong retention in press-fit metal and molded plastic post-insertion applications without secondary operations.

Yes. Because Electropin uses a cold-forming process with lead-free materials, pins are fully REACH and RoHS compliant. Unlike conventional machined parts that often require leaded brass to achieve machinability, cold-formed pins do not need lead as a processing aid, eliminating regulatory exposure for OEMs in automotive, medical, and electronics sectors.

Electropin's Deutsch-style pins support three primary mounting methods: press-fit into metal, through-hole PCB mounting, and post-insertion into molded plastic parts. Certain hinge and grooved pin variants are also compatible with high-speed automation track-feed systems where pins slide into position without requiring orientation.

Cold-forming shapes metal by rolling wire through precision dies without cutting, heating, or removing material. This means zero scrap, no tool dulling, and no heat-affected zones. Machining cuts away material, generates scrap, dulls tooling over time, and typically requires leaded brass for free-machining. Cold-forming consistently outperforms machining in accuracy, cost, and environmental compliance.