Products
Semiconductor & Data Center Precision Components
CNC-machined chamber, wafer-handling, and thermal/RF hardware — electropolished stainless, anodized aluminum, and nickel alloys to ten-thousandth-inch tolerances.
Who Needs This
Who this is built for
Semiconductor equipment builders and data center hardware OEMs sourcing ultra-clean, tight-tolerance metal components for chamber, wafer-handling, thermal, and RF applications.
Specifications
Specs & configuration range
| Materials | 316L stainless (electropolished), 6061-T6 aluminum (anodized), Inconel/Hastelloy for high-temp service |
| Tolerance | To ±0.0002 in. (0.005 mm) on critical features |
| Surface treatment | Electropolishing, Type III hardcoat anodizing, cleanroom-compatible cleaning |
| Typical run size | Prototype and first article through high-volume rack/chassis production |
Materials
Common materials
- 316L stainless steel (electropolished)
- 6061-T6 aluminum (anodized)
- Nickel alloys (Inconel, Hastelloy)
Why Oakmet
Why source this through Oakmet
Related
Related capabilities, materials & industries
Related Capabilities
Related Materials
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FAQ
Semiconductor & Data Center Precision Components questions
Can you machine components for ultra-high-vacuum chamber use?
Yes — we source through partners experienced in low-outgassing, particulate-controlled machining for UHV and plasma chamber environments; specify your cleanliness and finish requirements with the RFQ.
What surface finishes do you support for contamination control?
Electropolishing and Type III hardcoat anodizing are standard offerings for chamber and wafer-handling components; other finishes can be reviewed on request.
Can you support high-volume data center chassis and heatsink production?
Yes — design-for-manufacturability review and high-volume CNC and die-casting sourcing are available for rack-scale thermal and structural hardware.
Ready to quote your semiconductor & data center precision components?
Send your drawing, material, and program details. Oakmet will review and respond with next-step feedback.