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Precision milled housings
An enclosure or housing concept for engineers coordinating pockets, mounting faces, threads and internal clearances. Review functional dimensions together with the assembly it supports.
Explore detailsPRECISION MACHINING / FROM DRAWING TO PART
Made for the fit. Built around your part.
CNC milling and turning concepts for engineering teams moving from a drawing to a repeatable component. Start with the material, the interfaces and the features that matter.
Find your processExplore the range ↓
EXPLORE THE RANGE
Start with the part.
Different processes for different engineering questions.
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Turned shafts & fittings
A turning concept for shafts, sleeves, connectors and bushings. The useful starting point is a cross-section with functional diameters and how the component will be assembled.
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Complex 5-axis components
A multi-axis machining concept for components with angled faces, sculpted surfaces or features that are difficult to reach in a single setup.
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Machined polymer parts
A polymer-machining concept for fixtures, insulating components and lightweight parts. Material stability and the working environment matter as much as the nominal dimensions.
Explore detailsAPPLICATION BEFORE PROCESS
A good part begins with a better drawing.
The tightest tolerance is rarely needed everywhere. Separate functional interfaces from cosmetic surfaces, identify datums and inspection requirements, and give the manufacturer a clear view of what the component needs to do.
Explore applicationsA USEFUL START
Define. Evaluate. Refine.
Material & condition
Specify alloy, stock condition and any material traceability requirements.
Geometry & interfaces
Provide a STEP model and a dimensioned drawing with critical datums.
Tolerances & inspection
Identify functional dimensions, measurement methods and reporting requirements.
Quantity & finish
State prototype and repeat quantities, cosmetic expectations and surface treatments.
BEFORE THE SPECIFICATION
Make the important details visible.
Planning criteria shown. Final material, dimensional capability, price, lead time and supporting evidence must be confirmed for the actual project.
Send your requirements- Material & condition
- Specify alloy, stock condition and any material traceability requirements.
- Geometry & interfaces
- Provide a STEP model and a dimensioned drawing with critical datums.
- Tolerances & inspection
- Identify functional dimensions, measurement methods and reporting requirements.
- Quantity & finish
- State prototype and repeat quantities, cosmetic expectations and surface treatments.
LET’S DEFINE THE NEXT STEP
Your idea. A clearer way forward.
Share your part, application and priorities. Use the first conversation to identify which requirements need further review.
Discuss your project