Health care product companies source housings, silicone seals, machined stainless and titanium parts, springs, and soft goods from principals that control materials and changes. Patient-contacting parts need biocompatible materials, and many programs require ISO 13485. SSG matches health care programs to principals that hold the certification and cleanliness controls the device requires.


Molten thermoplastic injected into a steel or aluminum mold. Lowest piece price for plastic parts at 5,000+ a year.

Seals, gaskets, grommets, and profiles extruded or molded in EPDM, silicone, nitrile, neoprene, FKM, and TPE.

CNC milling, turning, and production sawing from bar, plate, castings, and forgings, from prototype to production.

Turned pins, fittings, shafts, and bushings made from bar stock on multi-spindle and Swiss screw machines at volume.

Short- to medium-run stampings: brackets, clips, shields, and plates cut and formed from sheet or coil in a press.

Compression, extension, and torsion springs, wire forms, and fourslide clips made from round wire and flat strip.

Molten zinc or aluminum injected into steel dies at high pressure. Thin walls and net shape at 2,500+ parts a year.

Cut-and-sewn covers, bags, cases, straps, cushions, and industrial textiles, from pattern development to production.
Parts per order
6 processes are at their best at this quantity, and 2 more can do it.
Many device makers require ISO 13485 of component suppliers, especially for patient-contacting or critical parts. The FDA's Quality Management System Regulation in 21 CFR Part 820 now incorporates ISO 13485. SSG matches programs to principals that hold ISO 13485 where the device requires it.
Patient-contacting materials are evaluated under ISO 10993-1, and many resins and silicones are supplied with USP Class VI data. Medical-grade material lots are traceable, and resin changes require notification.
Housings must withstand hospital disinfectants without stress cracking, and some parts are molded or packaged in ISO 14644-1 cleanrooms, commonly Class 7 or Class 8.
Critical processes are validated through IQ, OQ, and PQ, and no change to material, tooling, or process is made without the customer's approval.
Powered devices are tested to IEC 60601-1, which sets enclosure, flammability, and creepage requirements that flow down to molded and machined parts.
Not always. The device maker holds regulatory responsibility and decides which suppliers need it. Critical and patient-contacting parts usually come from ISO 13485 suppliers, while brackets and noncontact parts often come from ISO 9001 suppliers.
Installation, operational, and performance qualification: proof that equipment is installed correctly, that the process makes good parts across its operating window, and that it does so consistently in production. Device makers expect it for molding and other critical processes.
Polypropylene, PBT, and chemically resistant copolyesters handle most disinfectants well. Standard PC and PC/ABS can stress crack under quats and alcohols, so use grades tested against the disinfectants named in the device's cleaning instructions.
Send us the part.
Build it or upload a drawing. A rep routes it to principals already making parts for this industry.