CNC Milling
4-axis horizontal and 3-axis vertical machining centers with up to 1050 × 920 × 990 mm travel.
Typical job
Rotor housings, end plates, gearbox components, oil sumps, and other precision-machined structural parts.
SERVICES
Precision OEM Machining: From Blueprint to Workbench
We don't just cut metal; we follow your intent. From initial drawing reviews and heavy rough machining to micron-level final inspections, we manufacture reliable industrial components that work right out of the box — no unexpected revisions required.
Service Lines
From Machining to Finishing, All Under One Roof
All services are supported by the same engineering and quality team. Whether your project requires milling, turning, grinding, coating, or a combination of processes, we manage the complete manufacturing route from start to finish.
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5-Axis Multi-Tasking
Mazak Integrex e-650H and i-300 — turn, 5-axis mill, drill, and tap in one setup, up to Ø920 mm.
Typical job
Screw rotors, impellers, and other complex components with multi-axis machining requirements.
CNC Turning
Precision CNC lathes up to Ø800 × 2000 mm with live tooling for cross-features without re-chucking.
Typical job
Bearing housings, seal carriers, shafts, sleeves, and other rotationally machined components.
Precision Grinding
Cylindrical and surface grinding to flatness 0.002 mm and Ra 0.1 µm on hardened steel.
Typical job
Rotor shafts, bearing journals, end plates, and other components requiring precision grinding after heat treatment.
Finishing add-ons — anodize, passivation, plating, powder coat, bead blast, polish, and water-based spray paint — coordinated as part of any of the machining services above.
See the coordination modelEngineering Review
What We Review Before Quoting Your Project
Every drawing is reviewed by an engineer before quotation. We check critical dimensions, tolerances, materials, and manufacturing requirements to identify potential issues early and ensure the proposed process matches your design intent.
Material grade vs application
Material specs sometimes don't match the actual operating condition. We catch the common ones (wrong grade for the temperature, wrong heat-treat assumption) before quoting, so you don't pay for a part that won't survive in service.
Tolerance stack-up
Critical dimensions and tolerance relationships are reviewed during quotation to confirm they can be achieved consistently in production.
Heat-treatment & surface finish
Heat treatment can change a finish target. A Ra 0.4 callout that's easy after grinding gets nearly impossible if we have to hit it before quench-and-temper. We confirm the routing order at quote time, not when the surface comes back wrong.
Datum strategy
Datum structures and inspection requirements are reviewed to ensure critical features can be machined and measured consistently.
Threads & Sealing Surfaces
Some thread and Ra callouts read fine on paper but cost much more than the buyer expects (Class 2 fit in a tapped blind hole is the usual one). We flag those at RFQ and let you choose: change the spec, or pay for the harder process. Either way you don't get surprised.
Inspection feasibility
Inspection requirements are reviewed during quotation to confirm that critical dimensions can be measured and verified reliably.
How We Bring Your Design to Life
Drawing Review
We evaluate your blueprints from an engineering standpoint to verify critical dimensions and eliminate any technical gray areas early.
Detail Technical Sync
No communication friction. We discuss manufacturing risks and align on inspection points with your team in clear, direct English.
Rough Machining
Raw stock enters our floor. Our experienced machinists handle the heavy metal removal to establish the core geometry of the part.
Precision Finishing
Built on a precision rotating equipment manufacturing background, we take parts to their final dimensions, holding tight tolerances and critical surface finishes.
Inspection & Shipping
Every component undergoes thorough dimensional checks (including CMM reports) before dispatch, ensuring a plug-and-play fit on your end.
Send us your drawing
Drop your STEP file or 2D drawing into our quote form. An engineer reviews every RFQ within 24 hours, before any quotation is issued.
Request a Quote