PRECISION MACHINING
We provide integrated manufacturing support from drawing and CTQ review and process planning, through CNC turning, machining-center operations, Swiss-type machining and gear machining, to inspection, surface treatment and assembly delivery.
CORE MACHINING CAPABILITIES
For small and lightweight precision components, we provide CNC turning, machining-center operations, Swiss-type machining, and gear and profile machining—from process planning through stable production.
CNC TURNING & COMPOSITE
For shafts, sleeves, connectors, flanges and rotational parts, combining precision turning with drilling, tapping and lateral machining.
MC MACHINING CENTER
For multi-face machining of small housings, mounting bases, brackets, valve bodies and precision plate components, with consistent datums and complex contour control.
SWISS-TYPE MACHINING
Efficient continuous production for slender shafts, small-diameter connectors and miniature precision parts with stable dimensions.
GEAR & PROFILE MACHINING
For gears, splines and precision transmission components, with focus on tooth accuracy, fit and assembly stability.
PART STRUCTURE & PROCESS SELECTION
The machining route is selected according to part geometry, datums, material, precision and production volume, balancing process stability, efficiency and manufacturing cost.
Typical applications
Typical applications
Typical applications
Typical applications
Typical applications
Typical applications
ENGINEERING TO PRODUCTION
Based on drawing requirements, CTQ characteristics and production targets, the project moves through material confirmation, process planning, first-article validation, pilot production and stable mass production.
Review dimensions, tolerances, datums, materials, surface requirements and critical quality characteristics to identify manufacturing risks.
Output：Engineering review result
Confirm material grade, condition, blank form, machining allowance and required heat treatment or pretreatment.
Output：Material and blank plan
Define machining datums, clamping methods, process sequence, tooling and in-process controls for critical dimensions.
Output：Process and fixture plan
Machine the first article and verify critical dimensions, geometric tolerances and functional requirements.
Output：First-article inspection report
Validate cycle time, tool life, clamping stability and process capability for critical characteristics through a pilot batch.
Output：Pilot and capability report
Run the confirmed process with patrol inspection, sampling inspection, abnormality closure and production batch records.
Output：Batch inspection and production records
Review dimensions, tolerances, datums, materials, surface requirements and critical quality characteristics to identify manufacturing risks.
Output：Engineering review result
Confirm material grade, condition, blank form, machining allowance and required heat treatment or pretreatment.
Output：Material and blank plan
Define machining datums, clamping methods, process sequence, tooling and in-process controls for critical dimensions.
Output：Process and fixture plan
Machine the first article and verify critical dimensions, geometric tolerances and functional requirements.
Output：First-article inspection report
Validate cycle time, tool life, clamping stability and process capability for critical characteristics through a pilot batch.
Output：Pilot and capability report
Run the confirmed process with patrol inspection, sampling inspection, abnormality closure and production batch records.
Output：Batch inspection and production records
REAL WORKSHOP & EQUIPMENT
The machining workshop combines CNC lathes and compound machines, machining centers, Swiss-type equipment and gear-cutting machines to support stable production of rotational parts, small precision structures, gears and special profiles.
| Equipment category | Quantity | Main applications |
|---|---|---|
| CNC Lathes & Compound Machines | 36 | Turning, drilling, tapping, lateral machining and combined operations |
| Machining Centers | 25 | Milling, drilling, tapping, cavity and complex-profile machining |
| Swiss-Type Equipment | 8 | Batch machining of slender shafts, small-diameter and miniature parts |
| Gear-Cutting Equipment | 4 | Precision machining of gears, splines and special profiles |
CRITICAL TO QUALITY
Precision machining requires more than checking individual dimensions. Datum relationships, geometric accuracy, fit, surface condition, deformation and batch stability must be controlled together.
Align design, machining and inspection datums while controlling hole position, concentricity and relative location.
Control flatness, roundness, cylindricity, perpendicularity, radial runout and face runout.
Identify critical dimensions, tolerance zones, fit classes, assembly clearance and interference.
Control roughness, tool marks, burrs, sharp edges, chamfers and functional contact surfaces.
Manage wall thickness, clamping deformation, cutting stress, residual stress and dimensional springback.
Monitor tool wear, dimensional drift, offset compensation, patrol inspection and lot consistency.
Critical dimensions, position and geometric tolerances
2D profiles, hole positions and small structures
Material condition and heat-treatment verification
Assembly function and rotational resistance
Shaft-system clearance and assembly condition
Rapid verification of batch dimensions and functions
Dimensional trends and abnormalities during machining
Shipment approval, batch traceability and records
Quality control should cover first-article approval, in-process inspection, sampling, final inspection and batch records—not only end-of-process inspection.
DOWNSTREAM OPERATIONS & RFQ
After precision machining, parts can proceed through deburring, finishing, surface treatment, inspection and assembly. Complete RFQ information enables accurate process, lead-time and cost evaluation.
Grade, condition, blank form and machining allowance
Turning, MC, Swiss-type and gear machining
Burrs, sharp edges, tool marks and functional surfaces
Anodizing, coating, printing and other finishes
Dimensions, geometric accuracy and functional checks
Assembly, packaging, batch records and delivery
Grade, condition, blank form and machining allowance
Turning, MC, Swiss-type and gear machining
Burrs, sharp edges, tool marks and functional surfaces
Anodizing, coating, printing and other finishes
Dimensions, geometric accuracy and functional checks
Assembly, packaging, batch records and delivery
A unified engineering interface coordinates all operations to control process transitions, quality records, lead time and lot consistency.
PDF / DWG
STEP / IGES
Grade / heat treatment
Sample / pilot / production
Tolerance / GD&T / CTQ
Threads / fittings / fits
Tolerance chain / preload
Anodizing / blasting / plating
CMM / runout / full inspection
Protection / lot / records
For liquid-cooling sealing surfaces, robot bearing fits, gear meshing or optical-module thermal interfaces, define functional requirements, inspection methods and acceptance criteria.
Upload your drawings. Our engineering team will provide a manufacturing review and quotation within 24 hours.
