Brass CNC Machining Services for Custom Parts
Factory-direct brass CNC machining for precision custom parts, including threaded inserts, fittings, bushings, sleeves, connectors, electrical components, decorative hardware, valve components and low-volume to repeat production brass parts. Upload CAD files for material selection, DFM review, tolerance evaluation and finishing recommendations.
C360, C260, C464 & Lead-Free
Material reviewed by machining, compliance and application needs.
Turning, Milling & Swiss
Process selected by inserts, fittings, connectors and geometry.
Threaded Inserts & Fittings
Threads, knurls, OD/ID and press-fit diameters reviewed.
Plating & Polishing Support
Nickel, tin, gold, polishing and anti-tarnish options reviewed.
Prototype to Repeat Production
Pilot batches, first article checks and repeat brass production.
When should I choose brass? | Choose brass when your part requires excellent machinability, stable threads, corrosion resistance, electrical conductivity, decorative appearance or repeatable turned-part production. |
| Which brass grade should I choose? | C360 brass is commonly used for precision machined parts because of excellent machinability. C260, C464 or lead-free brass may be reviewed based on forming, corrosion, regulatory or application requirements. |
Is brass good for CNC turning? | Yes. Brass is widely used for CNC turned parts such as inserts, fittings, sleeves, bushings, pins, connectors and threaded components. |
Can you machine brass threaded inserts? | Yes. Brass threaded inserts, press-fit inserts, knurled inserts, heat-set inserts and custom threaded brass components can be reviewed based on drawing requirements. |
| Can brass parts be plated? | Yes. Nickel plating, tin plating, gold plating, chrome plating, clear coating, polishing and brushing can be reviewed based on appearance, conductivity, corrosion resistance and assembly needs. |
| Can you support RoHS or lead-free brass requirements? | Yes. If your project has RoHS, lead-free, potable water or regulatory requirements, material grade and certification expectations should be defined before quoting. |
Brass Capability
Brass CNC Machining Capability
Brass machining capability depends on material grade, part geometry, thread depth, OD/ID requirements, burr control, plating requirements, cosmetic surfaces and inspection method. Baosheng reviews CAD models and 2D drawings before machining to identify thread quality, knurling, plating allowance, burr-sensitive features and dimensional inspection requirements.
| Capability Area | Manufacturing Range | Best For |
|---|---|---|
| Brass CNC Turning | Brass inserts, fittings, sleeves, bushings, spacers, pins, shafts and threaded components. | Round precision parts, threaded inserts, connectors and repeat turned components. |
| Brass Swiss Machining | Small-diameter brass pins, inserts, connectors and miniature turned parts. | High-repeatability small brass components, electronic hardware and precision fittings. |
| Brass CNC Milling | Brass plates, blocks, manifolds, brackets, housings and decorative components. | Low-volume brass blocks, mounting parts, fixture components and visible hardware. |
| Precision Brass Machining | Critical threads, OD/ID, bores, mating faces, hole positions and controlled fits. | Connector assemblies, threaded hardware, valve components and precision mechanical parts. |
| Brass Prototype Machining | Functional brass prototypes for fit, conductivity, threading, appearance and assembly review. | Engineering validation, design review and pre-production samples. |
| Brass Production Machining | Repeat custom brass parts after prototype validation. | Inserts, fittings, bushings, sleeves, connectors and batch brass components. |
Material Fit
When to Choose Brass CNC Machining
Brass CNC machining is often selected when a part needs excellent machinability, stable threads, corrosion resistance, electrical conductivity, decorative appearance or repeatable production quality. It is commonly used for threaded inserts, fittings, bushings, sleeves, connectors, electrical hardware, valve components, decorative parts, sensor components and precision turned parts.
For maximum electrical or thermal conductivity, consider copper CNC machining. Lightweight structural parts may be better suited for aluminum CNC machining. High-strength or corrosion-critical parts may require stainless steel CNC machining or titanium CNC machining.
Choose brass when
You need stable threads, inserts, fittings, connectors, corrosion resistance, appearance or repeatable turned parts.
Review copper when
Maximum conductivity is more important than machinability, thread stability or decorative appearance.
Review lead-free brass when
RoHS, potable water or regulatory requirements are part of the drawing or customer specification.
Define plating early
Nickel, tin, gold, chrome or anti-tarnish requirements can affect thread fit, press-fit diameter and contact surfaces.
Grade Selection
Brass Grade Selection for CNC Machined Parts
The best brass grade depends on machinability, corrosion environment, lead content requirements, electrical performance, cosmetic surface, plating, cost and application. C360 brass is commonly selected for precision machined parts because it machines efficiently and supports clean threads. Lead-free brass should be reviewed when RoHS, potable water or regulatory requirements apply.
| Brass Grade | Typical Use | Notes |
|---|---|---|
| C360 Brass | Inserts, fittings, bushings, connectors, precision turned parts and general machined brass parts. | Common free-machining brass with excellent machinability and good thread quality. |
| C260 Brass | Electrical components, formed parts, decorative components and selected machined parts. | Often used where formability and appearance matter; machining suitability should be reviewed. |
| C464 Naval Brass | Marine-style hardware, corrosion-resistant brass components and selected fittings. | Used when better corrosion resistance is needed in selected environments. |
| C385 Brass | Architectural hardware, decorative components and selected visible brass parts. | Often considered for decorative or architectural applications. |
| Lead-Free Brass | Potable water, regulatory-sensitive or RoHS-related components when required. | Use when drawing, application or regulation requires lead-free brass. Availability and machining behavior should be reviewed. |
| Bronze Alternative | Bushings, bearings, wear components and higher-load sliding applications. | Consider bronze when wear resistance or bearing performance is more important than machinability. |
Process Selection
Brass CNC Machining Processes
Brass is one of the most machinable engineering metals, but production quality still depends on process planning. Thread quality, knurling, burr control, plating allowance, OD/ID consistency, surface finish and cosmetic handling should be reviewed before production.
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Brass CNC Turning
02
Swiss Machining for Brass Parts
03
Brass CNC Milling
04
Precision Brass Machining
Part Types
Custom Brass CNC Parts We Manufacture
Baosheng supports brass parts where threads, knurling, plating allowance, press-fit diameters, electrical contact surfaces, cosmetic appearance and repeat production stability matter.
- Brass threaded inserts
- Heat-set brass inserts
- Press-fit brass inserts
- Knurled brass inserts
- Brass fittings
- Brass adapters
- Brass bushings
- Brass sleeves
- Brass spacers
- Brass standoffs
- Brass pins
- Brass shafts
- Brass connectors
- Brass electrical terminals
- Brass sensor components
- Brass valve components
- Brass fluid fittings
- Brass decorative hardware
- Brass manifolds
- Nickel plated brass parts
- Tin plated brass parts
- Gold plated brass contacts
- Low-volume brass production parts
Finishing
Surface Finishing for Brass CNC Parts
Brass surface finishing should be reviewed before machining because polishing, brushing, nickel plating, tin plating, gold plating, chrome plating and clear coating can affect appearance, plating thickness, thread fit, conductivity, solderability and inspection requirements. For connector parts, inserts or decorative brass components, cosmetic surfaces and plating requirements should be defined early.
If plating is required, thread tolerance, press-fit dimensions, electrical contact surfaces and masking requirements should be reviewed before production.
As-Machined
Functional brass parts where machining marks are acceptable.
Polishing
Decorative brass parts and visible hardware.
Brushing
Linear cosmetic finish for visible brass components.
Nickel Plating
Corrosion resistance, appearance and wear improvement.
Tin Plating
Solderability or selected electrical applications.
Gold Plating
Electrical contacts, low contact resistance and selected high-value connectors.
Clear Coating / Anti-Tarnish
Slowing tarnish on decorative brass surfaces.
Deburring / Edge Break
Safe handling, assembly and burr-sensitive features.
Not sure which brass grade or plating is best?
Upload CAD files and drawings. We will review machinability, thread quality, knurling, plating allowance, electrical contact surfaces and inspection requirements before quoting.
Brass Part Quality
Threads, Burr Control, Plating and Brass Part Inspection
Brass is highly machinable, but precision brass parts still require careful review of threads, knurling, press-fit diameters, burr-sensitive holes, plating allowance and cosmetic surfaces. Baosheng reviews part geometry, brass grade, thread requirements, OD/ID, surface finish, plating thickness and inspection methods before machining.
Grade Review
C360, C260, C464, lead-free brass or bronze alternative reviewed.
Thread Review
Thread type, depth, gauges and engagement checked.
Knurl / Press Fit
Knurl pattern and press-fit diameters reviewed.
Burr Control
Small holes, threads, internal passages and edges defined.
Machining
Turning, Swiss, milling or combined process selected.
Plating Review
Plating allowance, masking and contact surfaces reviewed.
Inspection
OD/ID, threads, knurls, plating, burrs and contact areas checked.
Packaging
Protect polished, plated and cosmetic brass surfaces.
Application Proof
Brass CNC Machining Case Studies
The cases below focus on brass-specific applications: threaded inserts, knurling, press-fit diameters, plated connectors, lead-free fittings, polished decorative hardware and repeat batch consistency.
| Project | Material / Process | Challenge | Inspection / Result |
|---|---|---|---|
| C360 Brass Threaded Insert | C360 brass · CNC turning + knurling + thread inspection · 3,000 pcs | Insert required stable external knurling, accurate internal thread and repeatable press-fit diameter. | Knurl pattern, thread depth, press-fit tolerance and burr control reviewed; thread gauges, OD, knurl diameter, length and burr condition checked by first article and batch sampling. |
| Nickel Plated Brass Electrical Connector | Brass by drawing requirement · CNC turning + milling features + nickel plating · 1,200 pcs | Connector required stable dimensions after plating, clean contact surfaces and burr-free assembly edges. | Plating allowance, masking, burr-sensitive features and contact surface requirements reviewed; critical dimensions, plating appearance, contact surfaces and burr condition checked. |
| Lead-Free Brass Fluid Fitting | Lead-free brass · CNC turning + threading + deburring · 500 pcs | Fitting required lead-free material, controlled threads, clean bore and reliable sealing surface. | Material requirement, thread depth, bore finish, internal burr control and sealing surface reviewed; thread gauges, OD/ID, bore condition, sealing surfaces and burr condition checked. |
| Polished Brass Decorative Hardware | Brass · CNC milling + polishing + clear coating review · 220 pcs | Visible brass component required consistent surface direction, clean edges and premium appearance. | Cosmetic surfaces, polishing direction, edge break and anti-tarnish coating requirements reviewed; visible surfaces, edge condition, hole positions and cosmetic consistency checked before packaging. |
Scale-Up Path
From Brass Prototype Machining to Repeat Production Parts
Many brass CNC projects begin with prototypes or small pilot batches and later move into repeat production. Baosheng helps review brass grade selection, thread requirements, knurling, plating allowance, surface finish, inspection planning and packaging standards so validated brass parts can scale more smoothly.
Brass prototype machining
Validate fit, thread engagement, conductivity, appearance and plating requirements.
Low-volume brass manufacturing
Move validated brass parts into pilot batches and bridge production.
Repeat brass CNC machining
Support repeat inserts, fittings, connectors and batch brass parts after process validation.
Precision brass machining
Review threads, OD/ID, press-fit diameters, plating thickness and inspection reports.
Industries
Brass CNC Machining for Engineering Applications
Electronics & Electrical
Brass electrical connector components, terminals, pins, contacts, inserts and conductive hardware.
Industrial Equipment
Industrial brass machined parts, bushings, spacers, sleeves, fittings, valve components and precision hardware.
Automotive
Brass automotive fittings, sensor components, inserts, connectors and fluid hardware.
Your questions answered
Brass CNC Machining FAQs
Is brass good for CNC machining?
Yes. Brass is one of the most machinable engineering metals and is widely used for precision turned parts, threaded inserts, fittings, bushings, sleeves, connectors and decorative components.
What brass grades can be CNC machined?
Common CNC machined brass grades include C360 brass, C260 brass, C464 naval brass, C385 brass and selected lead-free brass materials depending on application, regulatory and drawing requirements.
What is C360 brass used for?
C360 brass is commonly used for machined inserts, fittings, bushings, sleeves, connectors and precision turned parts because it offers excellent machinability and stable thread quality.
Can you machine lead-free brass parts?
Yes. Lead-free brass can be reviewed when RoHS, potable water or regulatory requirements apply. Material grade, certification expectations and machining behavior should be confirmed before quoting.
Can brass parts be nickel plated?
Yes. Nickel plating can be reviewed for brass parts requiring improved appearance, corrosion resistance or wear performance. Plating allowance and masking requirements should be defined before production.
Can brass parts be tin plated or gold plated?
Yes. Tin plating and gold plating can be reviewed for selected electrical or connector applications. Contact surfaces, conductivity requirements and plating thickness should be specified on the drawing.
Can you make brass threaded inserts?
Yes. Baosheng can machine brass threaded inserts, press-fit inserts, heat-set inserts, knurled inserts and custom threaded brass components based on drawing requirements.
Is brass better than copper for CNC machining?
Brass is usually easier to machine than copper and is often better for threaded inserts, fittings and precision turned parts. Copper is preferred when maximum electrical or thermal conductivity is the main requirement.
What files do you need for a brass CNC machining quote?
We recommend 3D CAD files and 2D drawings with brass grade, quantity, tolerances, thread details, knurling, plating, surface finish, burr-free areas and inspection requirements.
Can you sign an NDA before reviewing brass part drawings?
Yes. NDA can be arranged before reviewing confidential CAD files, drawings or product information.
Get a Quote for Brass CNC Machined Parts
Upload CAD files and drawings with brass grade, quantity, tolerance, thread, knurling, plating, surface finish, cosmetic surface and inspection requirements. Our engineers will review machinability, thread quality, plating allowance, burr control and inspection requirements before quoting.
- NDA available before file review
- C360 / C260 / C464 / lead-free brass review
- Thread, knurling and press-fit DFM review
- Plating allowance, contact surface and burr review
- Prototype to repeat production support
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