Wide shop-floor view of a 5-axis CNC milling center mid-operation, coolant misting over a titanium workpiece, chips visible on the table, bright overhead industrial lighting, matte steel enclosure in background, no people
Wide shop-floor view of a 5-axis CNC milling center mid-operation, coolant misting over a titanium workpiece, chips visible on the table, bright overhead industrial lighting, matte steel enclosure in background, no people
Discuss Your Specifications
— Technical Portfolio

In-house CNC and cleanroom-native wafer handling

Multi-axis machining and wafer transfer systems engineered under one roof. No subcontractors. No integration risk. Verified at every stage.

Macro overhead flat-lay of precision-machined aluminum components on a steel surface, dimension callout marks visible on parts, high-contrast studio strobe lighting revealing surface finish and chamfer detail, no people
Macro overhead flat-lay of precision-machined aluminum components on a steel surface, dimension callout marks visible on parts, high-contrast studio strobe lighting revealing surface finish and chamfer detail, no people
/ Multi-Axis CNC Machining

Tolerances held to your design spec

3-, 4-, and 5-axis milling centers handle aluminum, titanium, Invar, and ceramic composites. Tighter specs stay in-house — we invest in tooling before we quote a subcontractor.

First-article inspection reports and CMM data accompany every production run. CNC logs are available to procurement on request.

Close-up environmental photograph of a cleanroom wafer handler end-effector gripping a 300mm silicon wafer inside a fab bay, stainless steel arm detail visible, bright cleanroom overhead lighting, no people, shallow depth of field on the wafer edge
Close-up environmental photograph of a cleanroom wafer handler end-effector gripping a 300mm silicon wafer inside a fab bay, stainless steel arm detail visible, bright cleanroom overhead lighting, no people, shallow depth of field on the wafer edge
+ Wafer Handling Systems

Cleanroom-native design, not adapted automation

Robotic transfer systems engineered from first principles for ISO-class fab environments. Zero-particle event design verified across 50,000+ transfer cycles.

300mm and 200mm FOUP-compatible handlers. Custom end-effectors, SEMI-E87 compliant interfaces, and in-house cleanroom assembly available.

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In-Process Verification

Documentation built in, not bolted on

Custom tooling and fixturing are engineered in-house before first-article production. Dimensional reports, CMM traces, and process logs ship with every order.

Bring your RFQ, your tolerances, or an open question about feasibility. We do the math before we quote.