CNC Turning Parts Factory and Manufacturer

Shun Yui was founded in 1988 and operates a factory in Xiushui Township, Changhua County. The factory has 10 semi-automatic turning/chamfering machines and 30 automatic turning/chamfering machines, supported by metal circular saws, fiber laser tube cutting, metal forming, AOI optical sorting, automatic length inspection, and automatic inner-diameter inspection. If cnc turned parts must be assembled with tubes, bushings, brackets, or other metal parts, buyers can provide drawings and application details so Shun Yui can review the process route, dimensional inspection, and shipping conditions.

Key Points to Confirm for CNC Turning RFQs

CNC turning procurement is not only about unit price; it also involves dimensional stability, processing consistency, inspection method, and delivery planning.

• Part data: 2D drawings, 3D files, sample photos, or existing items.
• Material conditions: steel, aluminum, seamless steel tube, ERW steel tube, or other specified material.
• Dimensional information: OD, ID, length, wall thickness, hole position, chamfer angle, and key tolerances.
• Processing items: turning, chamfering, cutting, drilling, forming, laser tube cutting, or downstream assembly.
• Surface and appearance: surface roughness, burr control, appearance inspection, and packaging protection needs.
• Purchase quantity: sample quantity, first batch quantity, production batches, and estimated annual demand.
• Inspection conditions: dimensional measurement, full ID/length inspection, hardness, surface roughness, or material testing.

Shun Yui Processing and Inspection Capability

Shun Yui has an average manufacturing capacity of about 400 tons per month and uses multiple cutting, turning/chamfering, forming, and automatic inspection machines for metal-part procurement projects that require stable supply and dimensional inspection.

• Turning/chamfering equipment: 10 semi-automatic turning/chamfering machines and 30 automatic turning/chamfering machines.
• Upstream/downstream processing: hydraulic metal circular saw, NC carbide circular saw, fiber laser tube cutting machine, and hydraulic metal forming machine.
• Inspection equipment: AOI optical sorting machine, automatic length inspection machine, automatic inner-diameter inspection machine, 50-ton universal material testing machine, surface profilometer, Rockwell hardness tester, and surface roughness tester.

Applicable Industries and CNC Turned Part Applications

• Automotive and motorcycle parts: sleeves, bushing-related parts, bracket connectors, or specified-size metal parts.
• Furniture and sports equipment: tube connections, support structures, round parts, or sleeve-type processed parts.
• Medical equipment-related parts: metal cnc turned parts confirmed by drawings and inspection conditions.
• Industrial components: processed parts that require control of ID/OD, length, chamfer, and surface condition.

Send an Inquiry

If you are looking for cnc turned parts or a cnc turning supplier, provide drawings, sample photos, material, dimensions, tolerances, quantity, and inspection requirements. Shun Yui can review process planning and quotation direction according to part application, process flow, production quantity, and shipping conditions.

FAQ 

• Q1: What information is needed for cnc turned parts RFQs?

Provide 2D drawings, 3D files, or sample photos, and specify material, OD, ID, length, chamfer, hole position, tolerance, quantity, application, and inspection requirements. More complete data can shorten review and quotation time.

• Q2: Can cnc turning be combined with tube cutting or chamfering?

This can be reviewed according to drawings and equipment conditions. Site data shows Shun Yui has metal circular saws, fiber laser tube cutting, and semi-automatic and automatic turning/chamfering machines, so upstream and downstream process flow can be discussed during inquiry.

• Q4: What procurement situations are suitable for cnc turned parts?

CNC turning can be reviewed when parts require ID/OD control, length control, chamfering, mating dimensions, or appearance/burr control. Actual feasibility still depends on material, dimensions, tolerances, quantity, and application.