CNC Milling
Prismatic components, housings, plates, pockets, bores, threads, and multi-face machining.
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Precision components · Prototypes · Production
CAP—02 / CNC PARTS
CNC Parts
Machining.
Precision CNC components developed for function, inspection, assembly, and dependable repeat production.
PROCESSMill · Turn · Inspect
MATERIALSAl · Steel · Plastics
VOLUMEOne-off → Series
01 / ENGINEERING POSITION
Machined parts that work in the final assembly.
We review geometry, datums, tolerance relationships, workholding, material, finishing, and inspection together. The goal is not only to machine the drawing—it is to deliver a component that performs correctly in the product.
02 / CAPABILITY SCOPE
What this route
can include.
Every quotation is based on the actual project requirements, confirmed manufacturing route, and available documentation.
CNC Turning
Shafts, sleeves, bushings, threaded parts, flanges, and concentric features.
+Prototype Parts
Fast engineering feedback for fit checks, functional testing, and design iteration.
+Production Parts
Repeatable setups, controlled inspection points, and organized batch production.
+Tight-Tolerance Features
Critical bores, bearing fits, datums, interfaces, and feature relationships reviewed before machining.
+Surface Finishing
Anodizing, plating, passivation, polishing, blasting, and coating coordination.
+SEPARATE CAPABILITY
CNC Parts is not CNC Mold.
This route is for finished functional components. Mold bases, cavities, cores, inserts, cooling, ejection, and tooling coordination belong to the dedicated CNC Mold capability.
03 / WORKFLOW
A controlled route from model to verified component.
The machining plan is built around the critical function of the part.
DFM Review
Identify critical features, tolerance risks, tool access, radii, and inspection needs.
Process Plan
Define stock, workholding, operations, datums, tooling, and finishing allowances.
Machine
Mill or turn the component with stable setups and documented revisions.
Finish
Coordinate deburring, surface treatment, marking, and secondary operations.
Inspect
Verify critical dimensions, threads, fits, finish, and production consistency.
04 / PROJECT INPUTS
Share the functional requirements, not only the nominal dimensions.
Critical interfaces, mating components, load, appearance, and inspection priorities help us plan the right machining and verification route.
- Materials
- Aluminum, steel, stainless, copper, engineering plastics
- Processes
- 3-axis / multi-face milling, turning, drilling, tapping
- Tolerances
- Drawing-specific and function-led
- Finishes
- Anodizing, plating, passivation, polishing, blasting
- Inspection
- Dimensional reports and critical-feature checks
- Files
- STEP, STP, PDF, DXF, DWG, images and ZIP
05 / APPLICATIONS
Typical component directions
START A PROJECT
Have a component that needs engineering review?
Send the model, drawing, prototype photo, or tolerance challenge. We will review the machining route.