Precision Manufacturing
Control mating interfaces, bores, threads, sealing features, instrument geometry and assembly datums according to drawing requirements.
MEDICAL DEVICES · PRECISION · SURFACE CONTROL · PRODUCTION
Medical Device Parts Manufacturing
Mockup supports medical device development and production with CNC machining, sheet metal fabrication, 3D printing, molding, finishing and assembly for instruments, equipment and mechanical components.
- Functional prototypes in production-intent materials
- Precision metal and engineering plastic components
- Surface finishing and cosmetic control
- Inspection and documentation by project
Share your CAD, drawings, material requirements and production stage for manufacturing and engineering review.
Production intentFUNCTIONAL PROTOTYPES
Metal + polymerMATERIAL OPTIONS
Surface controlFINISH PLANNING
Project-definedQUALITY RECORDS
01 / WHY MOCKUP FOR MEDICAL DEVICES
Why Manufacture Medical Device Parts With Mockup?
Medical device components often combine mechanical precision with surfaces that users see, touch or clean.
Mockup connects prototyping, manufacturing, finishing and inspection so these requirements remain controlled as the product moves toward production.
Production-Intent Prototypes
Test functional designs using the metals and engineering plastics intended for later production.
Material Options
Machine stainless steel, aluminum, titanium, PEEK, POM and other engineering materials according to device requirements.
Surface Control
Coordinate passivation, anodizing, polishing, bead blasting and other treatments around appearance and dimensional requirements.
Prototype to Production
Carry approved geometry, materials, revisions and inspection requirements from development builds into repeat manufacturing.
Mixed-Process Manufacturing
Combine CNC machining, sheet metal, additive manufacturing, molding, finishing and assembly for devices containing multiple component types.
10+ YearsMANUFACTURING EXPERIENCE
10,000+PROJECTS DELIVERED
100+COUNTRIES SERVED
Prototype → ProductionMANUFACTURING SUPPORT
02 / MEDICAL DEVICE PROTOTYPING & PARTS
Medical Device Prototyping and Manufacturing
Physical prototypes help evaluate fit, handling, assembly and mechanical performance before a medical device moves into production.
Mockup supports concept parts, functional prototypes, verification builds and repeat production using production-intent metals and engineering plastics.
Start a medical manufacturing project ↗COMPONENT RANGE / 23 PART TYPES
What Kind of Medical Device Parts Can We Make?
✓Surgical Instrument Components✓Instrument Housings✓Device Enclosures✓Diagnostic Equipment Parts✓Imaging Equipment Components✓Sensor Housings✓Pump Housings✓Valve Components✓Fluidic Manifolds✓Medical Connectors✓Equipment Chassis✓Control Panels✓Mounting Brackets✓Precision Shafts✓Adjustment Components✓Robotic Surgery Components✓Dental Equipment Parts✓Laboratory Equipment Parts✓Optical Mounts✓Camera Housings✓Wearable Device Components✓Assembly Fixtures✓Calibration Fixtures
03 / MEDICAL DEVICE MANUFACTURING
Match the Process to the Medical Device Component
Select the manufacturing route around geometry, material, surface requirements and production stage.
01 / ROUTE
CNC Machining
For housings, manifolds, instrument components, fixtures and mechanical interfaces requiring controlled geometry.
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02 / ROUTE
CNC Turning
For shafts, pins, connectors and cylindrical components requiring controlled diameters and concentricity.
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03 / ROUTE
Sheet Metal Fabrication
For diagnostic equipment housings, chassis, panels, covers and internal structures.
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04 / ROUTE
3D Printing
For ergonomic studies, prototype housings, fixtures and rapid design iterations.
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05 / ROUTE
Injection Molding
For stable polymer designs where production volume supports dedicated tooling.
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06 / ROUTE
Assembly
Combine custom-manufactured components, hardware and purchased parts into mechanical subassemblies.
Explore service↗04 / MEDICAL DEVICESMaterials &
Materials &
Surface Finishes
Coordinate material and surface condition around performance, corrosion resistance, appearance, cleaning and assembly.
MATERIAL SYSTEMS
Materials
Stainless Steel 304 and 316, 17-4PH, Titanium Grade 5, Aluminum 6061, PEEK, POM / Delrin and PTFE.
View All Materials ↗
SURFACE CONTROL
Surface Finishes
Passivation, electropolishing, polishing, bead blasting, anodizing, hard anodizing, electroless nickel and laser marking.
View All Surface Finishes ↗05 / MEDICAL DEVICE DEVELOPMENT
From Prototype to Repeat Production
Development route: Concept → Functional Prototype → Verification → Pilot Build → Repeat Production.
Concept Prototype
Evaluate packaging, ergonomics and basic mechanical architecture.
Functional Prototype
Use production-intent materials to evaluate fit, mechanical interfaces and assembly.
Verification Build
Produce controlled components for dimensional and functional verification.
Pilot Build
Stabilize manufacturing, finishing, fixtures and inspection methods.
Repeat Production
Carry approved revisions and manufacturing requirements into subsequent releases.
06 / MEDICAL DEVICE MANUFACTURING CHALLENGES
Where Medical Device Parts Need More Control
Mechanical precision, surfaces, materials and finishing must work together in the finished device.
Precision Interfaces
Bores, shafts, threads, sealing areas and mating features need to function correctly after manufacturing and finishing.
Surface Condition
User-facing and functional surfaces may require controlled texture, roughness or cosmetic appearance.
Edge Condition
Instrument and handled components may require defined edge breaks and controlled burr removal.
Cleanable Geometry
Corners, pockets and surface transitions should reflect the intended cleaning requirements of the product.
Material Control
Specified material grades and conditions need to remain connected to the correct drawing revision and production lot.
Post-Finish Dimensions
Passivation, anodizing, plating and other processes should be considered when critical dimensions apply to the finished component.
07 / MEDICAL DEVICE QUALITY
Inspect the Features the Device Depends On
Depending on project requirements, inspection can use CMM, optical measurement, gauges and conventional dimensional equipment. FAI, inspection reports, material records and CoC can be supplied where agreed.
Depending on project requirements, inspection can use CMM, optical measurement, gauges and conventional dimensional equipment. FAI, inspection reports, material records and CoC can be supplied where agreed.
- ✓Critical dimensions, bores, shafts and hole position
- ✓Flatness, parallelism and sealing surfaces
- ✓Threads, surface roughness and edge condition
- ✓Post-finish dimensions and cosmetic surfaces
- ✓Assembly interfaces and hardware retention
Medical Device Manufacturing FAQ
Can Mockup manufacture medical device prototypes?+
Yes. CNC machining, 3D printing, sheet metal fabrication and molding can support concept, functional and verification builds.
Can prototypes use production-intent materials?+
Yes. Stainless steel, titanium, aluminum, PEEK, POM and other specified engineering materials can be used for functional prototypes.
Can you manufacture surgical instrument components?+
Yes, subject to drawing and project review. Precision machining and surface finishing can be coordinated for instrument and equipment components.
Can Mockup manufacture PEEK medical device components?+
Yes. PEEK and other engineering plastics can be CNC machined for prototypes and production components according to drawing requirements.
Can surface finishing be included?+
Yes. Passivation, polishing, bead blasting, anodizing, electropolishing and other project-specific finishes can be coordinated with manufacturing.
What inspection documentation is available?+
FAI, dimensional inspection reports, material records and CoC can be provided where agreed before production.
MEDICAL DEVICE MANUFACTURING REVIEW
Request a medical device manufacturing review ↗Review the Part Before Production
Share your CAD, material requirements, critical interfaces, surface requirements and production stage. Mockup will review manufacturing processes, materials, finishing and inspection requirements before production.