Industrial Equipment CNC Machined Parts

Custom CNC machined shafts, bushings, housings, brackets, flanges, manifolds and other precision components for industrial machinery and equipment.

 

Key Specifications

Procurement Concern	Our Capability
Part Types	Shafts, bushings, sleeves, pins, brackets, housings, flanges, manifolds, rollers and custom components
Materials	Aluminum 6061/7075, Stainless Steel 304/316, Steel 1018/1045/4140, Brass, Copper, Titanium
Machining Processes	CNC Turning, CNC Milling, 5-Axis Machining, Turn-Mill, Swiss CNC and Grinding
Machining Tolerance	Up to ±0.005 mm for precision features
Surface Finish	Anodizing, Passivation, Plating, Polishing, Black Oxide, Powder Coating and more
Production Volume	Prototype, 1-piece orders, low-volume and repeat production
Inspection	CMM, dimensional inspection, thread inspection, surface roughness and material verification
Drawings Accepted	STEP, STP, IGES, IGS, DWG, DXF and PDF

Get a Quote from Your CAD Drawing

 

CNC Machined Part	Typical Components	Common Industrial Equipment
Shafts	Drive shafts, motor shafts, transmission shafts, precision shafts	Motors, gearboxes, pumps, conveyors
Bushings & Sleeves	Bearing bushings, spacer sleeves, wear sleeves	Pumps, automation equipment, conveyors
Flanges & Couplings	Pipe flanges, shaft couplings, connection flanges	Pumps, valves, hydraulic systems
Brackets & Mounting Plates	Equipment brackets, support plates, mounting plates, positioning plates	Automation machinery, production equipment
Housings & Covers	Motor housings, bearing housings, gearbox covers, equipment covers	Motors, gearboxes, industrial machinery
Pins & Spacers	Locating pins, hinge pins, alignment pins, precision spacers	Assembly equipment, automation systems, machinery
Manifolds & Valve Bodies	Hydraulic manifolds, pneumatic manifolds, valve bodies	Hydraulic and pneumatic equipment
Rollers & Wheels	Conveyor rollers, guide rollers, drive wheels	Conveyor systems, material handling equipment
Custom OEM Components	Complex turned, milled and 5-axis components	Custom industrial machinery and OEM equipment

 

 

Material	Common Grades	Typical Industrial Equipment Parts	Key Advantage
Aluminum	6061-T6, 7075-T6, 6082-T6	Housings, mounting plates, brackets, covers	Lightweight, machinable, corrosion resistant
Stainless Steel	304, 316, 316L, 17-4 PH	Valve bodies, pump parts, shafts, manifolds, fittings	Corrosion resistance and high strength
Carbon Steel	1018, 1045	Shafts, pins, rollers, brackets, structural components	Good machinability and cost efficiency
Alloy Steel	4140, 4340	Drive shafts, gears, couplings, high-load components	High strength and wear resistance
Brass	C36000, C46400, C28000	Fittings, valve components, bushings, connectors	Excellent machinability and corrosion resistance
Copper	C11000, C14500	Electrical components, heat-transfer parts, terminals	High electrical and thermal conductivity
Titanium	Grade 2, Grade 5	Lightweight shafts, brackets, housings, high-performance components	High strength-to-weight ratio and corrosion resistance

 

Capability	Specification / Range
CNC Turning	Shafts, pins, bushings, sleeves, rollers and other cylindrical components
CNC Milling	Brackets, mounting plates, housings, manifolds, flanges and complex 3D parts
5-Axis Machining	Complex housings, impellers, manifolds and multi-face components
Turn-Mill Machining	Components requiring both turning and milling in a single setup
Swiss CNC Machining	Small-diameter shafts, pins, bushings and precision components
CNC Grinding	Bearing seats, shafts, sealing surfaces and other precision features
Maximum Turning Diameter	Up to Ø300 mm
Maximum Turning Length	Up to 750 mm
Maximum Milling Size	Up to 1000 × 600 × 600 mm
Standard Machining Tolerance	±0.01 mm
Precision Tolerance	Up to ±0.005 mm for selected features
Surface Roughness	Typically Ra 0.8–3.2 μm
Production Volume	Prototype, 1-piece orders, low-volume and repeat production
Inspection	CMM, micrometer, caliper, bore gauge, thread gauges and surface roughness testing
File Formats	STEP, STP, IGES, IGS, DWG, DXF and PDF engineering drawings

 

Need a custom industrial equipment component? Send us your CAD drawing or 3D model for machining process review, material confirmation and a detailed quotation

Surface Finish	Typical Application	Main Benefit
As Machined	Brackets, shafts, housings, mounting plates	Cost-effective, suitable for general mechanical components
Anodizing	Aluminum housings, brackets, covers, mounting plates	Improves corrosion resistance and surface hardness
Hard Anodizing	Aluminum guide components, wear parts, equipment housings	Higher wear resistance and surface hardness
Passivation	Stainless steel shafts, valve bodies, fittings, manifolds	Removes free iron and improves corrosion resistance
Electroless Nickel Plating	Shafts, valve components, precision mechanical parts	Uniform coating thickness, wear and corrosion resistance
Zinc Plating	Carbon steel brackets, pins, fasteners and shafts	Protects steel parts against corrosion
Black Oxide	Steel shafts, gears, pins and mechanical components	Corrosion protection and reduced light reflection
Polishing	Stainless steel fittings, fluid-contact components, visible surfaces	Smooth, clean and low-roughness surface
Brushing	Aluminum and stainless steel equipment panels and housings	Uniform appearance and improved surface consistency
Powder Coating	Machine frames, brackets, equipment covers and structural parts	Durable protective coating with multiple color options
PTFE Coating	Sliding components, bushings and wear parts	Low friction and non-stick properties
Custom Finishing	OEM components with specific coating requirements	Finish matched to operating environment and assembly requirements

 

Quality Control Item	Inspection Method / Equipment	What We Check
Dimensional Inspection	CMM, micrometers, calipers	Critical dimensions, lengths, diameters and feature sizes
Geometric Tolerances	CMM, height gauge, surface plate	Flatness, parallelism, perpendicularity and position
Shaft Inspection	Micrometer, dial indicator, CMM	Diameter, concentricity, roundness and runout
Hole & Bore Inspection	Bore gauge, plug gauge, CMM	Bore diameter, depth, position and roundness
Thread Inspection	Go/No-Go gauges, thread gauges	Internal and external thread dimensions and fit
Surface Roughness	Surface roughness tester	Ra values on bearing, sealing and mating surfaces
Material Verification	Spectrometer / material certificate	Material grade and chemical composition
Hardness Testing	Rockwell / Vickers hardness tester	Hardness of shafts, gears and wear components
Visual Inspection	Visual inspection and magnification	Burrs, scratches, dents, tool marks and surface defects
Coating / Finish Inspection	Coating thickness gauge, visual inspection	Coating thickness, coverage and surface finish
Final Inspection	CMM + dimensional inspection report	Overall compliance with customer drawings and specifications

Request an Inspection Report

 

 

 

Production Stage	What We Provide	Typical Industrial Equipment Parts
Prototype Machining	1-piece prototypes for design verification and functional testing	Shafts, housings, brackets, manifolds, mounting plates
Engineering Samples	Dimensionally controlled samples for assembly and performance testing	Pins, bushings, fixtures, valve bodies, precision components
Low-Volume Production	Small batches with consistent machining and inspection requirements	Custom equipment components, replacement parts, machine components
Pilot Production	Pre-production batches for equipment validation before volume orders	Housings, shafts, brackets, transmission components
Repeat Production	Repeated batches using approved drawings, materials and machining processes	OEM replacement parts and standard equipment components
Custom OEM Parts	Parts manufactured from 2D drawings, 3D CAD files or samples	Complex CNC turned, milled and 5-axis components

 

Why Use CNC for Industrial Equipment Prototypes?

Test part fit, function and assembly before production

Verify material and surface finish selection

Identify machining or design issues early

Avoid tooling costs associated with some mass-production processes

Scale from prototype → low volume → repeat production

 

Send your CAD file or engineering drawing with the required quantity. We can review the part geometry, material, tolerances and machining process before quoting.

 

Packaging for Industrial Equipment CNC Parts

Packaging Item	Details
Individual Protection	PE bags, protective film, foam or bubble wrap to prevent scratches and part-to-part contact
Precision Part Packaging	Individual compartments or foam inserts for small shafts, pins, bushings and precision components
Surface Protection	VCI paper, rust-prevention oil or protective film for applicable metal parts
Heavy Parts	Reinforced cartons, pallets or wooden cases for large and heavy components
Part Identification	Labels with part number, material, quantity and batch information
Export Packaging	Reinforced export cartons, wooden cases and pallets suitable for international shipment
Custom Packaging	Packaging can be arranged according to part geometry, quantity and customer requirements

 

Lead Time for Industrial Equipment CNC Parts

Production Stage	Typical Lead Time
Prototype / 1–5 Parts	5–7 working days
Small Batch / 6–50 Parts	7–12 working days
Low-Volume / 51–200 Parts	10–15 working days
Repeat Production / 200+ Parts	15–20 working days
Anodizing / Passivation	+2–5 working days
Plating / Electroless Nickel	+5–8 working days
CMM Inspection & Reports	+1–2 working days
Standard Export Packaging	1–2 working days

 

1. What industrial equipment parts can you CNC machine?
We manufacture shafts, bushings, sleeves, pins, brackets, mounting plates, housings, flanges, manifolds, rollers, couplings and other custom industrial components.

 

2. What materials can you use for industrial equipment parts?
Common options include 6061-T6, 7075-T6, 304, 316/316L, 1045, 4140, 17-4 PH, brass, copper and titanium. POM, PEEK, PTFE and other engineering plastics are also available.

 

3. What CNC machining tolerances can you achieve?
General machined dimensions can typically be held to ±0.02 mm, precision features to ±0.01 mm, and selected critical features to ±0.005 mm.

 

4. Can you manufacture parts from our CAD drawings?
Yes. We can manufacture directly from STEP, STP, IGES, IGS, DWG, DXF and PDF files.

 

5. Can you machine complex industrial equipment components?
Yes. 3-axis/4-axis milling, 5-axis machining, CNC turning and turn-mill machining can be used for complex housings, manifolds, impellers and multi-face components.

 

6. Can you produce prototype and low-volume industrial parts?
Yes. We support 1-piece prototypes, engineering samples, small batches and repeat production orders.

 

7. Can you manufacture large industrial equipment components?
Yes. Large brackets, plates, housings, shafts and other industrial components can be machined according to the available equipment size and part geometry.

 

8. What surface finishes are available?
Options include anodizing, hard anodizing, passivation, electroless nickel plating, zinc plating, black oxide, polishing, brushing and powder coating.

 

9. Can you provide dimensional inspection reports?
Yes. CMM reports and dimensional inspection reports can be provided for applicable orders, including critical dimensions, hole positions and geometric tolerances.

 

10. Can you provide material certificates?
Yes. Material certificates can be provided to verify the specified material grade and batch information.

 

11. Can you machine parts with tight concentricity and runout requirements?
Yes. Shafts, rollers, bearing seats and other rotating components can be inspected for concentricity, roundness and runout according to drawing requirements.

 

12. How quickly can you produce industrial equipment prototypes?
Typical prototype production is 5–7 working days, depending on part complexity, material and finishing requirements.

 

13. Do you support custom packaging for industrial equipment parts?
Yes. Individual protection, foam inserts, VCI/rust protection, reinforced cartons, pallets and wooden cases can be used according to the part and shipping requirements.

 

14. What information is needed for a CNC machining quote?
Provide your CAD drawing or 3D model, material grade, quantity, surface finish and critical tolerances. These details allow us to evaluate the machining process and prepare a quotation.

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