Stainless Steel Machining for San Francisco, CA
Stainless is a daily material at Wexmar. We machine 303, 304, 316, 410, 17-4 PH, 15-5 PH, and Nitronic 50 for San Francisco manufacturers in biotechnology, medical devices, and electronics, manage work hardening with the right feeds and tooling, and ship inspected parts to San Francisco on a two-to-three-day LTL freight lane from Central New York.
Grades we machine for San Francisco
Free-machining 303 for fittings and pins, 304 and 316 for corrosion and sanitary service, 410 and 440C where hardness matters, and 17-4 PH, 15-5 PH, and Nitronic 50 for strength. Heat treat and passivation run through qualified outside processors.
Controlling work hardening
Austenitic grades harden under a rubbing tool. We keep feeds up, use sharp coated carbide, and avoid dwell so bores stay to size and finishes stay clean. Swiss machines handle small-diameter 303 and 316 parts at volume.
Stainless parts San Francisco companies buy
Fittings, valve components, manifolds, shafts, pins, bushings, flanges, food and pharma hardware, medical hardware, marine fittings, and fasteners.
Passivation, finish, and documentation
Passivation to ASTM A967 and electropolish are quoted through outside processors. CMM reports and material certs with heat-lot traceability ship with the parts on request.
San Francisco at a glance
- Service
- Stainless steel machining
- Grades
- 303, 304, 316, 410, 440C, 17-4, 15-5, Nitronic 50
- Processes
- Turning, horizontal milling, Swiss
- Machined in
- Canastota, NY
- Ships to
- San Francisco, CA
- Transit
- a two-to-three-day LTL freight lane from Central New York
Stainless Steel Machining for San Francisco, CA: FAQ
Which stainless grade is cheapest to machine for San Francisco parts?
303 is the free-machining grade and usually the lowest cost to cut. 304 and 316 cost more in cycle time, and PH grades add heat treat.
Do you passivate stainless parts?
Yes, through qualified outside processors, quoted on the same line as the machining and managed by Wexmar.
Can you hold tight bores in 316?
Yes. We control work hardening with feeds and tooling, finish in controlled passes, and verify bores on CMM.
