Custom Forged Parts and Cold Extrusion Parts

Shun Yui was founded in 1988 and operates a factory in Xiushui Township, Changhua County. The company has metal circular sawing, fiber laser tube cutting, turning/chamfering, metal forming, automatic optical sorting, automatic length inspection, and automatic inner-diameter inspection equipment. If forged parts or cold extrusion parts require subsequent cutting, chamfering, dimensional inspection, or assembly with tube components, buyers can provide drawings and application conditions during inquiry so Shun Yui can review process flow and production feasibility.

Key Points to Confirm for Forging RFQs

• Part drawings: 2D drawings, 3D files, sample photos, or existing items.
• Material conditions: steel, aluminum, or other specified material, and whether material certificates are required.
• Dimensions and tolerances: OD, ID, hole position, thickness, length, angle, and key dimensions.
• Process flow: whether cutting, chamfering, drilling, forming, heat treatment, or surface treatment is needed after forging.
• Purchase quantity: sample quantity, first production quantity, and estimated annual demand.
• Inspection method: appearance, dimensions, hardness, surface roughness, material testing, or full-inspection conditions.
• Delivery terms: packaging method, delivery location, export needs, or specified logistics conditions.

Shun Yui Manufacturing and Inspection Capability

Shun Yui has an average capacity of about 400 tons per month and has metal circular sawing, fiber laser tube cutting, turning/chamfering, metal forming, and multiple automatic inspection machines.

• Processing equipment: hydraulic metal circular saw, NC carbide circular saw, fiber laser tube cutting machine, turning/chamfering machine, and hydraulic metal forming machine.
• Inspection equipment: 50-ton universal material testing machine, automatic optical quality inspection machine, surface profilometer, Rockwell hardness tester, and surface roughness tester.
• Automatic inspection: AOI optical sorting machine, automatic length inspection machine, and automatic inner-diameter inspection machine.

Applicable Industries for Forged Part / Cold Extrusion Parts

Forged parts or cold extrusion parts are commonly used for components that need load support, assembly stability, or dimensional consistency.

• Automotive and motorcycle parts: links, brackets, bushing-related parts, or other metal structural components.
• Machinery and industrial parts: forged components made according to drawings and requiring secondary cutting or dimensional inspection.
• Furniture and sports equipment: metal parts used with tube parts, supports, or structural components.
• Medical equipment-related parts: specified metal components confirmed by drawings and inspection requirements.

Send an Inquiry

If you are looking for custom forged parts or cold extrusion parts, forging process support, or a forged parts supplier, provide drawings, sample photos, material, dimensions, tolerances, quantity, and secondary-process needs. Shun Yui can review process flow and quotation direction according to part application, inspection conditions, and production demand.

FAQ 

• Q1: What information is needed for custom forged parts or cold extrusion parts RFQs?

Provide drawings, sample photos, material, dimensions, tolerances, quantity, application, secondary processing, and inspection requirements. If the part must be assembled with tube parts or other metal components, also explain mating-part conditions.

• Q2: Can custom forged parts or cold extrusion parts be combined with secondary processing?

This can be reviewed according to part drawings and equipment conditions. Site information shows Shun Yui has tube cutting, laser tube cutting, turning/chamfering, metal forming, and automatic inspection equipment, so secondary process flow can be discussed during inquiry.

• Q4: What procurement situations are suitable for forging?

Forging can be reviewed when parts need load support, fixed assembly, dimensional consistency, or secondary precision processing. Actual feasibility still depends on material, dimensions, tolerances, quantity, and application.