Precision Interfaces
Control sealing surfaces, bearing locations, alignment datums, hole patterns and mating features according to drawing requirements.
SEMICONDUCTOR · VACUUM · PRECISION · CONTAMINATION CONTROL
Semiconductor Parts Manufacturing
Mockup manufactures components for semiconductor equipment, wafer handling, vacuum systems and process automation. CNC machining, sheet metal fabrication, finishing and assembly are coordinated around precision interfaces, surface requirements and production repeatability.
- CNC machining for complex equipment components
- Aluminum, stainless steel, copper and engineering plastics
- Vacuum, sealing and motion-system interfaces
- Prototype through repeat production
Send your CAD, drawings, material specifications and critical requirements for manufacturing and engineering review.
Vacuum interfacesSEALING CONTROL
Multi-axis CNCCOMPLEX GEOMETRY
Surface conditionPROCESS CONTROL
Prototype → repeatPROGRAM SUPPORT
01 / WHY MOCKUP FOR SEMICONDUCTOR
Why Manufacture Semiconductor Parts With Mockup?
Semiconductor equipment combines precision motion, vacuum environments, thermal management and contamination-sensitive hardware.
Mockup connects manufacturing, finishing and inspection so these requirements remain controlled from prototype through repeat production.
Complex Machining
Multi-axis CNC supports vacuum components, chambers, manifolds and equipment parts with deep pockets, internal features and multiple critical faces.
Surface Control
Coordinate machining with anodizing, electroless nickel, passivation, polishing and other specified treatments.
Material Options
Manufacture aluminum, stainless steel, copper, PEEK, PTFE and other engineering materials used throughout semiconductor equipment.
Prototype to Production
Move from engineering prototypes into repeat builds while carrying approved revisions, materials and inspection requirements forward.
Integrated Manufacturing
Combine machining, sheet metal, finishing, hardware installation and mechanical assembly through one project workflow.
10+ YearsMANUFACTURING EXPERIENCE
10,000+PROJECTS DELIVERED
100+COUNTRIES SERVED
Prototype → ProductionMANUFACTURING SUPPORT
02 / SEMICONDUCTOR EQUIPMENT PARTS
Semiconductor Equipment Prototyping and Manufacturing
Semiconductor manufacturing equipment contains mechanical systems for positioning, vacuum control, gas delivery, thermal management and wafer handling.
Mockup supports prototype and production components using precision machining, fabrication and finishing. Critical sealing surfaces, motion interfaces and assembly datums can be controlled around the finished equipment.
Approved manufacturing information can then be carried into repeat releases as equipment programs scale.
Start a semiconductor manufacturing project ↗EQUIPMENT HARDWARE / 25 PART TYPES
What Kind of Semiconductor Parts Can We Make?
✓Vacuum Chambers✓Process Chambers✓Wafer Chucks✓Wafer Handling Components✓End Effectors✓Robot Components✓Load-Lock Components✓Gas Manifolds✓Valve Bodies✓Vacuum Flanges✓Pump Components✓Sealing Plates✓Cooling Plates✓Cold Plates✓Heat Sinks✓Heater Plates✓Precision Stages✓Motion Components✓Sensor Mounts✓Optical Mounts✓Equipment Frames✓Equipment Panels✓Electronics Housings✓Fixtures✓Calibration Tooling
03 / SEMICONDUCTOR MANUFACTURING
Match the Process to the Equipment Component
Select the manufacturing route around geometry, material, surface condition, vacuum interfaces and production stage.
01 / ROUTE
5-Axis CNC Machining
For chambers, manifolds and complex equipment components with features across multiple faces and demanding positional relationships.
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02 / ROUTE
CNC Milling
For wafer-handling components, plates, stages, mounts, cooling components and structural hardware.
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03 / ROUTE
CNC Turning
For vacuum fittings, shafts, bushings, rings and rotational components requiring controlled diameters and concentricity.
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04 / ROUTE
Sheet Metal Fabrication
For equipment frames, panels, guards, cabinets, electronics housings and supporting structures.
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05 / ROUTE
Engineering Plastics Machining
For PEEK, PTFE, POM and other polymer components used for insulation, low-friction interfaces and specialized equipment functions.
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06 / ROUTE
Assembly
Combine manufactured parts, seals, hardware, inserts and purchased components into mechanical subassemblies according to project scope.
Explore service↗04 / SEMICONDUCTORMaterials &
Materials &
Surface Finishes
Material and surface condition can affect vacuum performance, corrosion resistance, particle generation, thermal behavior and equipment life.
MATERIAL SYSTEMS
Materials
Aluminum 6061 and 6063, Stainless Steel 304 and 316, Copper C110, PEEK, PTFE and POM.
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VACUUM & SURFACE CONTROL
Surface Finishes
Anodizing, hard anodizing, electroless nickel, passivation, electropolishing, polishing, bead blasting and chemical conversion coating.
View All Surface Finishes ↗05 / SEMICONDUCTOR EQUIPMENT DEVELOPMENT
From Equipment Prototype to Repeat Build
Development route: Prototype → Functional Build → Verification → Pilot Build → Repeat Production.
Engineering Prototype
Produce parts for mechanism development, equipment packaging and initial assembly evaluation.
Functional Build
Validate vacuum interfaces, motion relationships, thermal components and equipment integration.
Verification Build
Freeze critical datums, materials, surface requirements and inspection characteristics.
Pilot Build
Establish repeatable machining, finishing, cleaning and inspection methods across a controlled quantity.
Repeat Production
Carry approved manufacturing information into subsequent equipment builds and spare-part releases.
06 / SEMICONDUCTOR MANUFACTURING CHALLENGES
Where Semiconductor Equipment Parts Need More Control
Vacuum performance, precision motion, thermal management and contamination requirements depend on coordinated geometry, materials, surfaces and handling.
Vacuum & Sealing Interfaces
Flange faces, O-ring grooves and sealing surfaces need controlled geometry and surface condition to support the specified sealing system.
Large Precision Components
Chambers, plates and stages may combine large envelopes with local precision features, creating challenges in fixturing and distortion control.
Thermal Management
Cooling channels, cold plates and heat-transfer interfaces require coordination between geometry, sealing and final assembly.
Surface Condition
Process-facing or vacuum-facing surfaces may require defined roughness, finishing and handling requirements.
Material Stability
Machining strategy and process sequence need to consider residual stress and distortion in large or heavily pocketed components.
Contamination Requirements
Cleaning, packaging and handling requirements should be specified according to the intended equipment environment.
07 / SEMICONDUCTOR QUALITY
Inspect the Interfaces the Equipment Depends On
CMM, surface measurement equipment, gauges and project-specific inspection methods can be applied according to drawing requirements. FAI, dimensional reports, material records and CoC can be provided where agreed.
CMM, surface measurement equipment, gauges and project-specific inspection methods can be applied according to drawing requirements. FAI, dimensional reports, material records and CoC can be provided where agreed.
- ✓O-ring grooves, sealing surfaces and critical bores
- ✓Hole position, threads, flatness and parallelism
- ✓True position, concentricity, runout and roughness
- ✓Cooling-channel interfaces and post-finish dimensions
- ✓Assembly datums and process-facing surfaces
Semiconductor Manufacturing FAQ
Can Mockup manufacture semiconductor equipment components?+
Yes. Mockup supports mechanical components for vacuum, wafer handling, motion, thermal-management and equipment structures according to customer drawings.
Can you manufacture vacuum chambers and components?+
Yes, subject to design review. CNC machining can support chambers, flanges, sealing plates, manifolds and related vacuum-system components.
What materials are commonly used?+
Common materials include aluminum 6061, stainless steel 304/316, copper, PEEK, PTFE and other project-specified engineering materials.
Can you machine large aluminum plates and chambers?+
Yes, subject to part size and equipment review. Large components require additional consideration of fixturing, material stress, flatness and machining sequence.
Can surface finishing be included?+
Yes. Anodizing, hard anodizing, electroless nickel, passivation, polishing and other project-specific treatments can be coordinated with manufacturing.
Can you support repeat semiconductor equipment builds?+
Yes. Controlled drawings, material requirements, finishing specifications and inspection characteristics can be retained for repeat releases.
SEMICONDUCTOR MANUFACTURING REVIEW
Request a semiconductor manufacturing review ↗Review the Interfaces the Equipment Depends On
Share your CAD, drawings, material specifications, surface requirements and production stage. Mockup will review manufacturing, finishing and inspection requirements.