Prototype machining built to move into production.
Prototypes are programmed, fixtured, and inspected the same way production parts are — so the path from a first article to a qualified production program is short, predictable, and well-documented.
- Typical tolerance
- ±0.0005”
- Working envelope
- All in-house capabilities available — confirm at RFQ
- Machine platforms
- 3, 4, and 5-axis machining centers · CNC turning centers (including Swiss)
- Production
- Prototype → production
What this process is for.
One-off, low-quantity, and pre-production runs.
DFM feedback on every quote to flag cost and risk drivers.
Inspection documentation included on request from the first article.
Process at a glance
- Working envelope
- All in-house capabilities available — confirm at RFQ
- Tolerances
- Project-specific · confirmed at RFQ
- Inspection
- CMM · Faro arm · optical
- Quality system
- ISO 9001:2015 · ITAR
Machines used for this work.
- 3, 4, and 5-axis machining centers
- CNC turning centers (including Swiss)
- Wire EDM and grinding for secondary operations
Materials supported on this process.
- All in-house materials
- Common engineering metals and plastics
Where this capability is used.
Prototype Machining for Aerospace
Prototype Machining applied to aerospace programs — components, materials, and inspection tailored to this industry.
Prototype Machining for Defense
Prototype Machining applied to defense programs — components, materials, and inspection tailored to this industry.
Prototype Machining for Medical Device
Prototype Machining applied to medical device programs — components, materials, and inspection tailored to this industry.
Prototype Machining for Robotics & Automation
Prototype Machining applied to robotics & automation programs — components, materials, and inspection tailored to this industry.
Prototype Machining for Industrial Equipment
Prototype Machining applied to industrial equipment programs — components, materials, and inspection tailored to this industry.
Prototype Machining for Battery Manufacturing
Prototype Machining applied to battery manufacturing programs — components, materials, and inspection tailored to this industry.
Prototype Machining for Electronics
Prototype Machining applied to electronics programs — components, materials, and inspection tailored to this industry.
Typical part types and uses.
- Engineering iteration parts
- First articles for new programs
- Functional prototypes and test fixtures
- Pre-production qualification runs
How we hold and verify the part.
Tolerance approach
Project tolerances confirmed at quote review.
View tolerance standardsQuality & documentation
- First Article Inspection available
- Material certifications on request
- DFM feedback included
Related capabilities.
Production Machining
Repeat production runs require disciplined process control, stable fixturing, and predictable inspection.
CAD/CAM & DFM
Programming on Mastercam and SolidWorks, with DFM review included on every quote.
Inspection & Metrology
Inspection is integral to manufacturing — not a checkpoint after the fact.
Engineering FAQs
The questions engineering and procurement teams ask most often before a first quote.
Do prototypes use the same setups as production?
Where the design is stable, yes — that's the goal. Reusing fixtures, programs, and inspection routines reduces qualification risk later.
Do you charge for DFM review?
DFM review is included with quoting. Detailed redesign work is separate — discuss scope at the RFQ stage.
Can you support iterative design changes?
Yes. We work with engineering teams across multiple revisions and document changes for traceability.
Have a part ready for prototype machining?
Upload your CAD files or drawings — our engineering team reviews and responds within one business day.