Precision machining capability built around functional risk.
Novitas combines machining, surface-treatment coordination, assembly, and inspection follow-up so custom parts are planned around their actual function, not treated as isolated drawing items.
Core machining base
From complex geometry to repeatable production routes.
The equipment base supports complex prototypes, precision matching parts, tooling components, slot-related features, rotational parts, and repeat-batch projects.
Multi-face precision machining
Useful for complex geometry, datum relationships, functional mating surfaces, and parts where fewer setups can reduce accumulated error.
Rotational and mixed-feature parts
Supports shaft, cylindrical, threaded, and combined milling-turning parts where concentricity, runout, and fit matter.
Slots, hard features, and tooling details
Helpful for mold parts, tooling details, small holes, inner profiles, and features difficult to machine through milling alone.
Flatness, cylindrical finish, and hard parts
Grinding coverage supports precision surfaces, hard material finishing, plates, shafts, inserts, and functional fit surfaces.
Competitive advantages
Capability themes extracted from internal process data.
Exact process numbers are approval-required, but the buyer-facing capability themes are clear: function, deformation, finishing, assembly, and delivery planning.
Dimensions that affect fit and performance.
Capability planning covers linear dimensions, geometric tolerances, thread quality, surface condition, and the inspection points that matter to assembly.
Thin-wall and slender-shaft risk control.
Part holding, stress, deformation, wall thickness, and straightness are reviewed before machining routes are locked.
Roughness, deburring, and functional surfaces.
Sealing surfaces, mating surfaces, edge breaks, and burr control are treated as functional requirements rather than cosmetic details.
Final dimensions after finishing.
Anodizing, nickel plating, hard anodizing, passivation, black oxide, and coating thickness can affect the final fit; Novitas plans these risks early.
Fit, runout, sealing, and dimensional chains.
Bearing fits, press-fit processes, rotating runout, sealing planes, torque control, and cumulative error are reviewed for assembled parts.
Planning based on complexity, not slogans.
Delivery planning depends on drawing complexity, material, treatment, inspection workload, quantity, and customer schedule requirements.
How projects are reviewed
Machining route follows the part’s risk profile.
For a simple block, the route may be direct. For a precision assembly, slot die, thin-wall part, or coated aluminum component, Novitas reviews the functional surfaces, process sequence, inspection points, and final delivery expectations before production.
- Drawing review and manufacturability feedback
- Material, heat treatment, and finishing risk review
- Critical-to-quality dimensions and inspection planning
- Prototype, revision, and repeat-batch coordination
Capability RFQ
Send drawings with the part function and inspection expectations.
Novitas can review the machining path more carefully when the application, critical surfaces, surface treatment, quantity, and report requirements are clear.
2D drawings, 3D models, material notes, inspection requirements.
NDA-aware handling for drawings and project information.
Confidential precision machining and technical sourcing support for European OEMs, R&D teams, and advanced equipment builders.
- ian@novtst.com
- +86 190 2084 5766
- Building 1, Block 2, No. 26, Jihua 1st Road, Zhangcha Street, Chancheng District, Foshan, Guangdong.
- Confidential drawing review
- Precision machining
- Inspection follow-up