Confidential precision machining for advanced equipment projects.
Novitas supports custom CNC precision parts, tooling components, slot dies, and matched assemblies with drawing review, machining coordination, dimensional inspection, and repeat-batch follow-up.
Years of technical team experience across precision manufacturing projects.
Machining, turn-mill, EDM, grinding, assembly, and inspection coverage.
Drawing and project information handled with confidential review discipline.
Your vision, our precision.
Engineering-led machining support for confidential drawings, critical dimensions, inspection follow-up, and repeatable project delivery.
Built for buyers who need controlled communication before controlled machining.
Drawing review before production
Critical dimensions and inspection planning
Prototype to repeat-batch support
Precision capability translated into project risk control.
Based on Novitas' internal capability breakdown, the strongest value is not a single tolerance number. It is the combined ability to control functional dimensions, surface-related changes, assembly fit, and delivery planning across custom projects.
Exact IT grades, CPK values, equipment quantities, coating test data, and lead-time figures should be confirmed before publishing. The homepage presents them as buyer-facing capability themes.
Internal capability data covers linear tolerance, flatness, straightness, roundness, cylindricity, parallelism, perpendicularity, coaxiality, position tolerance, thread quality, and surface roughness.
- Critical mating surfaces and datum relationships
- Sealing, locating, rotating, and assembly-fit surfaces
- Inspection planning around functional risk
Useful for custom parts where holding, stress, wall thickness, shaft straightness, and machining sequence can influence final dimensional stability.
Anodizing, nickel plating, hard anodizing, passivation, black oxide, painting, and coating thickness are treated as final-dimension risks, not afterthoughts.
Assembly support includes bearing fits, press-fit or hot-fit processes, rotating runout, sealing plane gaps, fastener torque, and dimensional-chain management.
Delivery planning is adjusted according to drawing complexity, material, finishing process, inspection workload, quantity, and customer schedule requirements.
The machining, finishing, assembly, and inspection base behind those advantages.
For drawing-driven projects, the equipment base matters when it supports the full route: process selection, difficult geometry control, surface treatment coordination, dimensional inspection, and repeat-batch follow-up.
For complex precision parts, multi-face machining, tight datum relationships, and prototype-to-batch work.
Supports shaft, cylindrical, threaded, and rotating components where concentricity and fit matter.
Process coverage for tooling parts, mold components, hard materials, slots, edges, and precision finishing.
Machining planning for deformation-sensitive parts, functional surfaces, and difficult-to-hold geometries.
Dimension-aware planning for anodizing, nickel plating, passivation, black oxide, painting, and coating effects.
Support for bearing fits, press-fit assemblies, sealing planes, rotating runout, torque control, and matched parts.
Delivery planning adjusts to drawing complexity, material, treatment, inspection workload, and quantity.
Engineering-led communication helps European teams reduce supplier ambiguity before production starts.
The machining, finishing, assembly, and inspection base behind those advantages.
For drawing-driven projects, the equipment base matters when it supports the full route: process selection, difficult geometry control, surface treatment coordination, dimensional inspection, and repeat-batch follow-up.
- Drawing review and manufacturability feedback
- GD&T and critical dimension planning
- CMM / 3D dimensional inspection
- Surface roughness and deburring checks
- Coating-related dimension follow-up
- Inspection reports by project requirement
For advanced equipment teams moving from R&D to stable production.
Novitas works best with engineers, project managers, and technical procurement teams in sectors where small precision parts affect yield, coating stability, assembly accuracy, and equipment reliability.
For complex precision parts, multi-face machining, tight datum relationships, and prototype-to-batch work.
Precision parts and slot die support for electrode coating, fixtures, and production-line components.
Custom parts and coating-related components for pilot lines and scale-up projects.
Precision components for electrochemical systems, MEA coating, sealing, and assembly stability.
Structural parts, shafts, tooling, jigs, and matched components for industrial machine builders.
Fixtures, positioning parts, tooling, and lightweight precision components for 3C manufacturing.
Custom precision components requiring clean communication, dimensional control, and stable quality.
Precision part categories matched to different project risks.
Custom non-standard parts for prototypes, functional mating surfaces, and repeat batches.
Frames, bases, blocks, and mounting parts where flatness and alignment matter.
Fixtures, positioning parts, wear surfaces, and repeatable assembly aids.
Hard material finishing, inserts, plates, EDM features, and precision grinding support.
Lightweight machined components with surface finish and treatment coordination.
Wear-resistant precision parts for tooling, high-hardness geometry, and fine finishing.
Custom precision slot dies for battery electrode, thin film, perovskite, and fuel cell coating.
A calmer path from protected drawings to inspected parts.
NDA-aware handling for drawings, project context, and target application.
Manufacturability, material, tolerance, treatment, and inspection risks are reviewed early.
Machining route, functional surfaces, critical dimensions, and supplier coordination are defined.
Dimensional checks and project-specific reports support shipment decisions.
Engineering changes, batch consistency, and delivery planning stay visible over time.
A useful quote starts with the function of the part.
For precision machining projects, a drawing alone may not explain which surfaces drive assembly performance, which dimensions are critical, or how finishing affects the final fit. Clarifying these points early helps reduce late-stage quotation and production risk.
Where does the part fit, seal, rotate, locate, coat, or carry load?
Which tolerance, surface, coating, or material feature would cause failure if it drifts?
What inspection report, dimensional check, or sample approval is needed before shipment?
Useful details to prepare
- 2D / 3D drawings and revision status
- Material, finish, and heat-treatment needs
- Critical dimensions and inspection reports
- Prototype, small-batch, or repeat-batch quantity
- Target application and assembly function
A useful quote starts with the function of the part.
For precision machining projects, a drawing alone may not explain which surfaces drive assembly performance, which dimensions are critical, or how finishing affects the final fit. Clarifying these points early helps reduce late-stage quotation and production risk.
ian@novtst.com
+86 190 2084 5766
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