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Tianyida provides precision 5-axis CNC machining for complex components with multiple machined surfaces, angled features, and demanding positional tolerances.
By completing more features in fewer setups, we help reduce accumulated setup errors, improve dimensional consistency, and shorten production lead times.
From one-off prototypes to repeat production, every part is manufactured and inspected according to your drawings.
Conventional machining may require a complex part to be removed, rotated, and realigned several times. Each additional setup increases handling time and creates another opportunity for positioning error.
Five-axis machining allows the cutting tool to approach the workpiece from multiple directions, enabling more features to be completed in a single setup.
Complete features on several faces of a component with fewer repositioning operations.
Maintain more consistent alignment between holes, surfaces, profiles, and other critical dimensions.
Machine angled holes, deep pockets, compound features, and contoured surfaces that are difficult to access using conventional methods.
Use optimized cutting angles and shorter tools to reduce vibration and produce more consistent finishes.
Fewer fixtures, setups, and manual operations help
shorten the overall manufacturing cycle.
Manufacture complex features without dividing the
component into multiple separately produced parts.
We support simultaneous 5-axis machining and indexed 3+2-axis machining. Our engineers select the most suitable process according to part geometry, tolerance, material, surface requirements, and production quantity.
Every project is reviewed before production to identify difficult features, tolerance risks, workholding requirements, and practical opportunities to improve manufacturability.
| Capability | Tianyida Support |
|---|---|
| Machining Methods | Simultaneous 5-axis & indexed 3+2-axis machining |
| Typical Applications | Complex, multi‑face, and high‑precision components |
| Supported Quantity | From 1 prototype to repeat production |
| Tight‑Tolerance Support | ± 0.01 mm for suitable features |
| Materials | Metals & engineering plastics |
| Inspection | CMM, dimensional & visual inspection |
| Quality Control | ISO 9001:2015 & 100% outgoing inspection |
| Prototype Lead Time | From approximately 7 days |
| Regular Production | Typically 10–15 days |
Our 5-axis machining services are suitable for components where multiple surfaces, complex angles, and critical feature relationships must be controlled accurately.
Multi-face housings with internal pockets, mounting surfaces, precision bores, and angled features.
Robotic joints, arm components, mounting structures, and precision motion-system parts.
Components with intersecting passages, sealing surfaces, angled holes, and controlled port positions.
Precision components for handling, positioning, inspection, and manufacturing equipment.
Complex mechanical parts for medical devices, laboratory systems, and diagnostic equipment.
Precision jigs, fixtures, tooling plates, and inspection components for specialized production requirements.
Lightweight structural parts with compound angles, deep pockets, and multiple mounting interfaces.
Drawing-based components manufactured for specialized machines, instruments, and industrial products.
We machine a wide range of metals and engineering plastics commonly used in industrial applications.
6061, 6082, 7075, and other commonly specified aluminum alloys.
304, 316, 17-4PH, and related stainless steel grades.
C45, 4140, 4340, and other engineering steels
D2, H13, M2, and other pre-hardened or heat-treated tool steels.
Titanium alloys, brass, copper, and selected specialty alloys.
POM, PEEK, PA, PC, PTFE, and other machinable plastics.
– Anodizing and hard anodizing
– Passivation – Zinc, nickel, and other plating
– Black oxide – Heat treatment and hardening
– Grinding and polishing – Powder coating and painting
– Custom finishes specified on drawings
Material and finish requirements are reviewed according to component function, appearance, dimensional tolerance, and operating environment.
Reliable five-axis machining requires more than advanced equipment. It also depends on engineering review, controlled programming, stable workholding, suitable cutting tools, and consistent inspection.
Critical dimensions, tolerances, threads, surface finishes, and unclear requirements are reviewed before production.
Incoming materials are checked against the approved specification before machining begins.
Initial components are inspected before the full production batch continues.
Critical features, tool wear, and machining conditions are monitored during production.
Complex profiles, positions, and geometric relationships can be verified using coordinate measuring equipment.
Dimensions, appearance, quantity, and documentation are checked before shipment.
For suitable features, tolerances as tight as +/- 0.01 mm can be supported after engineering review.
Dimensional inspection reports, CMM reports, and material certificates can be supplied when requested before production.
Tianyida operates under an ISO 9001:2015 quality management system, and every completed part receives outgoing inspection before shipment
Start from one piece for design verification, assembly testing, or functional evaluation.
Manufacture small and medium batches without investing in expensive dedicated production tooling.
Receive usable parts while permanent tooling or a larger production process is being prepared.
Maintain controlled machining and inspection processes for consistent future production batches.
Prototype lead times can start from approximately 7 days, while regular production typically takes 10-15 days, depending on part complexity, material, quantity, and surface treatment.
If your project is urgent, tell us your required delivery date when requesting a quotation. Our team will evaluate the fastest practical manufacturing plan.
Quality is not inspected into a part at the end of production. It is built into every stage of the
manufacturing process—from engineering review to final shipment verification.
Components for automated production lines, assembly systems, inspection equipment, and special-purpose machinery.
Complex joints, housings, mounting structures, and motion-control components.
Precision mechanical parts for medical devices, laboratory equipment, and diagnostic systems.
High-accuracy parts for semiconductor manufacturing, inspection, and handling systems.
Prototype and production components for vehicle development, testing equipment, and intelligent mobility applications.
Custom components, fixtures, and structural parts for specialized industrial equipment.
Drawing-based components manufactured for custom machines, instruments, and industrial products.
Precision prototypes and production-ready parts for engineering validation and new-product introduction.
Shenzhen Tianyida Precision Technology Co., Ltd. has provided precision manufacturing services since 2016. We support customers across Europe and North America with complex prototypes, low-volume parts, and repeat production.
Our Shenzhen facility supports 3-axis, 4-axis, and 5-axis CNC milling, CNC turning, mill-turn machining, Swiss-type machining, and related manufacturing processes.
Your files are reviewed to identify machining risks, unclear requirements, and practical opportunities to improve manufacturability.
We support projects starting from one prototype, as well as low-volume and repeat production orders.
First-article, in-process, and final inspections help ensure that every shipment meets the approved requirements.
We have experience serving customers in Germany, Austria, Switzerland, the United States, and other international markets.
Customer drawings, CAD files, and technical information are handled as confidential project information. NDA support is available when required.
Our team provides timely quotation feedback,
technical clarification, and production updates
throughout the project.
Multiple in-house machining capabilities make it easier to manage components that require different manufacturing methods.
Please provide your 3D model, 2D drawing, material, quantity, surface finish, and required delivery date. Critical dimensions and tolerances should be clearly identified.
We commonly accept STEP, STP, IGES, IGS, and X_T files, together with PDF or DWG technical drawings
Yes. We accept prototype orders starting from one piece and can continue supporting the project when it moves into low-volume or repeat production.
Not always. Simple components may be more cost-effective using 3-axis machining or CNC turning. Our engineers review each design and select the most suitable manufacturing process.
For suitable features, tolerances as tight as +/- 0.01 mm can be supported. Final capability depends on the
material, geometry, part size, feature accessibility, and inspection method.
In many cases, five sides of a component can be machined in one setup. The final process depends on the workholding method and whether the clamped surface also requires machining.
Yes. Dimensional reports, CMM reports, and material certificates can be provided when specified before production.
Yes. We can arrange anodizing, plating, passivation, black oxide, heat treatment, polishing, grinding, powder coating, and other drawing-specified finishes.
Prototype lead times can start from approximately 7 days. Regular production generally takes 10-15 days, depending on complexity, material, quantity, and surface treatment.
Your inquiry will be reviewed for geometry, tolerances, material, surface finish, quantity, inspection requirements, and required delivery date before quotation.
Receive a clear quotation supported by manufacturing evaluation and practical engineering feedback.
We evaluate geometry, tolerance, material, workholding, inspection, and delivery requirements.
You receive pricing, lead time, and practical manufacturing feedback for the reviewed design.
After approval, we prepare the machining, inspection, and delivery plan for your project.
Shenzhen Tianyida Precision Technology Co., Ltd. is a trusted precision manufacturing partner specializing in CNC machining, sheet metal fabrication, rapid prototyping, and complete manufacturing solutions.