ステンレス鋼CNC加工
Precision stainless steel machining service in Malaysia for housings, manifolds, shafts, fittings, brackets, and custom OEM parts. We focus on milling, turning, drilling, tapping, and finishing for corrosion-aware components that need stable dimensions and repeatable production support.
Start Your Project with GRAN INDUSTRIES
Send your drawings, specifications or sample details and our team will provide a quick and accurate quote.
ステンレス鋼CNC加工
Precision stainless steel components for housings, manifolds, shafts, fittings, and machined assemblies
GRAN INDUSTRIES supports stainless steel projects that need corrosion resistance, dimensional stability, thread quality, and disciplined production review. This service is suited to CNC-milled and turned stainless parts that must hold clean hole features, durable surfaces, and repeatable geometry from sample validation through scheduled production.
Stainless machining is commonly selected for parts that need mechanical strength plus better corrosion resistance than standard carbon steel, including housings, manifolds, brackets, shafts, threaded fittings, covers, sleeves, and OEM equipment parts. The correct machining route depends on part geometry, burr-sensitive features, threaded interfaces, surface expectations, and whether the part will move from prototype to repeat production.
Machining processes and the stainless parts they support
For stainless projects, the manufacturing plan should match the part shape, tolerance zone, thread detail, burr sensitivity, and end-use environment. Instead of describing stainless steel in general terms, this page focuses on the CNC operations most relevant to custom stainless components and the product categories each operation supports.
CNC milling for housings, manifolds, blocks, and plates
Milling is typically used for stainless housings, manifolds, valve-like bodies, base plates, equipment brackets, support blocks, covers, and custom machined details that need pockets, profiles, ports, slots, and controlled datum surfaces.
Turning for shafts, bushings, sleeves, and threaded fittings
Turning is suited to stainless shafts, collars, bushings, rings, sleeves, adapters, couplings, and thread-bearing round parts that require controlled diameters, concentricity, shoulder definition, and repeatable surface quality.
Drilling, boring, and tapping for functional interfaces
Hole making and thread preparation are important for stainless parts that need fastener patterns, fluid passages, mounting points, cover attachment features, sensor interfaces, or accurate internal diameters for mating components.
Surface handling for cleaner appearance and service durability
After machining, stainless parts are often deburred and prepared for polishing, brushing, or other surface clean-up steps when the project requires a neater finish, better contact surfaces, or more consistent appearance across repeat batches.
Typical stainless steel part categories
- Equipment housings, covers, base plates, manifolds, and machined structural blocks
- Brackets, support components, adapter plates, mounts, and custom OEM stainless details
- Shafts, sleeves, spacers, rings, bushings, couplings, and other turned round parts
- Threaded connectors, fittings, interface parts, and fluid-related machined components
- Prototype-stage stainless parts and repeat production components where corrosion resistance and durability matter
How the project is reviewed before production
- Review stainless grade preference, service environment, part geometry, tolerance needs, and surface expectations before quotation
- Confirm whether the part is mainly a milling job, a turning job, or a mixed-operation component with both prismatic and round features
- Check ports, threads, wall thickness, burr-sensitive edges, and datum relationships that affect machining stability
- Coordinate deburring, polishing, brushing, and other appearance or contact-surface requirements early in the planning stage
- Support both sample validation and more stable repeat production planning with inspection discipline built into the process
Request a Project Review
Share drawings, quantities, stainless grade, and feature requirements for a faster quotation response
Send your part drawing, target quantity, stainless material preference, thread or port details, and any surface notes. We can review the part based on machining route, feature complexity, and production fit before quotation is finalized.