Mill-Turn Machining
Custom precision parts manufactured from drawing review and process engineering through prototyping and stable volume production.
Process Overview
Engineered for stable, repeatable production
Verto provides mill-turn machining that combines CNC turning and milling operations in a single machine and setup. This process can produce cylindrical features, flat surfaces, holes, slots, threads, and complex off-center details without repeatedly transferring the workpiece between different machines.
Technical Data
Capability parameters
Available equipment and process options are matched to part geometry, material, tolerances, surface requirements, and production volume.
Supported Materials
- Aluminum
- Stainless Steel
- Carbon Steel
- Tool Steel
- Titanium
- Copper
- Brass
- Engineering Plastics
- Special Alloys
Key Advantages
Why choose this process
Quality Assurance
Inspection built into every production stage
Verto controls quality from incoming material through first-article inspection, in-process sampling, final inspection, and shipment verification.
- Dimensional Inspection CMM, projector, Swiss height gauge, and Mitutoyo micrometers.
- Material Verification Incoming inspection and hardness testing before production release.
- Process Control First-piece approval, patrol inspection, and in-process sampling.
- Delivery Assurance Full final inspection supports on-time, specification-compliant delivery.
Applications
Precision parts for demanding industries
Manufacturing support for communications equipment, medical devices, digital imaging, electronics, drones, and industrial automation.
Mill-turn machining is suitable for complex shafts, valve components, hydraulic fittings, medical components, aerospace parts, connectors, nozzles, automotive components, and other parts that require both rotational and milled features.
FAQ
Frequently asked questions
What parts are suitable for mill-turn machining?
Mill-turn machining is suitable for components that combine cylindrical features with holes, flats, slots, threads, or other milled details.
What is the main advantage of mill-turn machining?
Turning and milling operations can be completed in one setup, reducing repositioning, improving feature alignment, and shortening the overall production lead time.
Build your next precision component with Verto
Send your drawings, samples, tolerances, material requirements, and expected quantity for an engineering and manufacturability review.