Buy Motorcycle Electrical Terminals in Bulk | Manufacturer

Electropin produces pins in batches scaled to your production timeline and volume requirements. There is no rigid minimum order quantity published; instead, production runs are scoped during the Design for Manufacturing (DFM) consultation to match your needs. Contact Electropin directly to discuss volume and batch sizing for your application.

Yes. All Electropin connector pins are manufactured from lead-free materials, including lead-free brass and stainless steel. Because no leaded brass is used — unlike traditional machined parts — the pins fully eliminate REACH and RoHS compliance concerns without requiring additional processing or certification steps.

When raw materials are available, Electropin can begin manufacturing and deliver your first batch of cold-formed connector pins in as little as two weeks. Subsequent batches are delivered on a customer-specified timeline, and production volume can be scaled up significantly when requirements change.

Electropin achieves an industry-leading defect rate of just 1 in 600,000,000 pins. This is possible because automatic die rolling does not involve cutting, so tools never dull and dimensional consistency is maintained from the very first pin to the millionth, eliminating the variation common in machined alternatives.

Electropin's cold-formed connector pins are available in lead-free brass (soft, suitable for electrical conductivity applications) and hard stainless steel (ideal for high-strength mechanical applications). Other metals can also be accommodated depending on application requirements. All material options are lead-free to support REACH and RoHS compliance.

Electropin pins support press-fit into metal, through-hole PCB mounting, post-insertion into molded plastic, and high-speed automation applications. Available retention features include star (with up to 50% diameter expansion over wire diameter), tabs/spline, inscribed square, and flat — providing anti-rotation and high pull-out retention strength across all mounting methods.