CNC Machining for
Test Socket
Hardware in Berkeley, CA
We machine test socket hardware for Berkeley semiconductor and ATE teams. Test socket bodies, burn-in sockets, handler nests, and contactor plates from aluminum, PEEK, and stainless.
in the Berkeley area
in the Berkeley area
for Berkeley semiconductor & electronics
growth (2022–2023)
CNC Machined Test Socket Hardware for Semiconductor Teams
Semiconductor test teams in Berkeley need socket hardware with precise pin hole locations and repeatable contact geometry. We machine aluminum, PEEK, and stainless test socket bodies and handler nests to ±0.0005" on critical contact features. CMM inspection on every order.
Test Socket Materials
Aluminum, PEEK, and stainless for test socket and burn-in hardware.
Contact Precision
±0.0005" on pin hole locations and device lead pitch references.
ATE QC Docs
CMM reports and material certs for your socket qualification.
Test Socket Hardware for Berkeley Teams
Test socket bodies, handler nests, burn-in sockets, and contactor plates machined for semiconductor test.
Test Socket Bodies
Aluminum and PEEK test socket body frames with precise device cavity and contact pin hole dimensions.
±0.0005" pinsBurn-In Socket Bodies
PEEK and high-temp polymer burn-in socket frames for elevated temperature IC reliability testing.
PEEK high-tempHandler Nests
Aluminum handler nesting fixtures with precise IC package seat geometry for test handler integration.
Package geometryProbe Card Frames
Aluminum probe card stiffener frames with precise die site and alignment pin hole locations.
Die site precisionContactor Plates
Aluminum and stainless contactor mounting plates with precise force and guide pin hole patterns.
Contact forceAlignment Guides
Aluminum and stainless socket-to-board alignment guide pins and locating frames.
Locating precisionBerkeley Semiconductor Equipment Manufacturing
UC Berkeley CITRIS and Berkeley Wireless Research Center lead RISC-V and next-gen chip research.
Applied Materials — CVD, PVD & Etch
The world's largest semiconductor equipment company. Applied Materials' tools are in virtually every fab globally, creating a massive supply chain demand for precision-machined chamber components.
Lam Research — Etch & Deposition
Lam's VECTOR and Kiyo systems require tight-tolerance machined parts from qualified suppliers. A key anchor of semiconductor equipment supply chains.
KLA Corporation — Process Control
KLA's inspection and metrology tools require ultra-precise machined components. Their tools ensure chips are built right — from wafer in to die out.
ASML, Tokyo Electron & Others
Lithography and process equipment OEMs rely on precision machining suppliers for chamber components, stages, and structural assemblies.
Applied Materials
The world's largest semiconductor equipment company. Applied Materials'...
Lam Research
Lam's VECTOR and Kiyo systems require tight-tolerance machined parts from...
KLA Corporation
KLA's inspection and metrology tools require ultra-precise machined...
ASML, Tokyo Electron & Others
Lithography and process equipment OEMs rely on precision machining suppliers...
Built for Semiconductor Equipment Teams
Ultra-tight tolerances, contamination-free delivery, and full documentation on every order.
Ultra-Precision Tolerances
We hold ±0.0001 inches on critical wafer-handling surfaces. Our CMMs verify every critical dimension before a part leaves the shop.
Cleanroom-Compatible Packaging
Parts ship in particle-free packaging with cleaning documentation. We follow semiconductor packaging standards so your receiving team stays contamination-free.
CMM Inspection Every Order
Every critical feature is measured and documented before shipping. CMM reports go with every semiconductor order so your incoming QC can verify without re-measuring.
Fast Prototype Turnaround
Most prototype orders ship in 5 to 7 business days. Complex semiconductor parts may take 7 to 10. Rush available — tell us your tool qual timeline.
in Berkeley We Can Serve
Need our full quality documentation before ordering? Email us — we'll send everything your team needs to evaluate.
From File to Part in 3 Steps
Simple, clear, and designed for fast-moving semiconductor & electronics teams.
Upload & Quote
Send your STEP or IGES file. Pick your material, quantity, and finish. Our AI gives you a real price right away. We also run a free DFM check and flag anything that could add cost.
We Machine & Inspect
Your parts run on our CNC mills and lathes. Every order gets CMM inspection. We check every critical feature against your drawing before anything ships.
Ship with Full Docs
Parts ship in cleanroom-compatible packaging with your dimensional inspection report, surface finish data, and material certs. Your receiving team gets everything they need before opening the bag.
All Semiconductor & Electronics Parts We Machine
See every part type we machine for semiconductor & electronics teams in Berkeley.
Questions from Berkeley Semiconductor Teams
Semiconductor CNC Machining in Other Cities
We serve semiconductor equipment teams in cities across the US.
Tips for Semiconductor & Electronics Teams in Berkeley
What engineers buying CNC parts in Berkeley should know.
CITRIS and BWRC drive chip research.
UC Berkeley's CITRIS and Berkeley Wireless Research Center lead RISC-V and next-gen semiconductor research. Test fixtures and probe components need sub-thousandth accuracy.
LBNL Molecular Foundry requires DOE traceability.
The Molecular Foundry fabricates semiconductor materials at atomic scale. Material certs, lot traceability, and contamination-controlled packaging are non-negotiable.
Rigetti quantum components need cryogenic-grade machining.
Quantum processor housings operate at millikelvin temperatures. Confirm your shop machines high-purity aluminum and oxygen-free copper for cryogenic assemblies.
Upload Your Semiconductor CAD File
Wafer handling parts, chamber components, precision fixtures — we machine them all. Ultra-tight tolerances. Cleanroom-compatible packaging. Instant AI pricing.
No minimums · Cleanroom packaging available · NDA ready · Ships anywhere in the US
Currently accepting new projects
AI price estimates are usually within ±20% of final price. Complex parts may get a human review within one business day before pricing is confirmed.