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brass metal special-shaped cnc lathe turning parts High-QualitySupplier

I am your reliable partner for brass metal special-shaped cnc lathe turning parts. As a High-Quality Supplier, we specialize in turning complex brass components with tight tolerances and smooth surface finishes. Using precision CNC lathes, we produce custom shapes—threads, flanges, stepped profiles, irregular geometries—to your drawings. Each batch undergoes rigorous inspection, from raw material certification to dimensional checks, ensuring corrosion resistance and long-term performance in automotive, plumbing, electronics, and precision machinery. I offer flexible MOQs, rapid prototyping, and scalable production to fit your project timelines. Lead times are short without compromising quality, thanks to a streamlined workflow and dedicated QA. Communication is clear, and I am committed to helping you optimize design for manufacturability. Choose me as your Supplier for reliable, repeatable brass parts, and components that perform in harsh environments.

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brass metal special-shaped cnc lathe turning parts Products Custom Solutions,

Brass CNC lathe turning parts offer precision and customization for global buyers. From connectors and fittings to housings and fasteners, complex profiles can be produced from drawings using multi-axis turning and advanced tooling. Brass provides good machinability, corrosion resistance, and electrical conductivity, with tight tolerances—often ±0.01 mm on critical features—ensuring interchangeability. Finishes such as bright polish, satin brush, or protective coatings enhance appearance and durability, making these parts ideal for electronics, plumbing, and precision equipment. Global sourcing benefits include scalable production, consistent quality, and clear documentation. Expect material certificates, traceability, and robust quality control, plus flexibility to adjust batch sizes, rapid prototyping, and shorter lead times. By optimizing geometry for manufacturability, total cost and assembly steps can be reduced while maintaining tight tolerances. Whether rapid prototyping or high-volume production, brass turning parts can be tailored to your exact shape, thickness, features, and finish.

brass metal special-shaped cnc lathe turning parts Products Custom Solutions,

Part ID Part Name Material Shape / Feature Outer Dia (mm) Length (mm) Tolerance Surface Finish Machining Steps Weight (g) Heat Treatment Surface Treatment Application Customization Level MOQ (pcs) Lead Time (days) QA Status
BR-01 Brass Shaft Coupler Brass (CuZn30) Special-shaped cylindrical with thru-hole and flange 28.0 60.0 ±0.05 Ra 0.4 Turning, Drilling, Milling, Deburring 48 None Nickel plating Mechanical coupling in small gear assemblies Custom 50 7 Passed
BR-02 Brass Cam Profile Brass CuZn39Pb3 Cam follower housing 36.0 40.0 ±0.05 Polished Turning, Milling, Deburring 72 None Nickel plating Automotive fixture Semi-custom 100 10 Passed
BR-03 Brass Threaded Collar Brass CuZn39Pb3 Threaded collar with knurled outer 24.0 25.0 ±0.05 Satin Turning, Knurling, Threading 38 None Clear lacquer Pneumatic fittings Standard 200 6 Passed
BR-04 Brass Hollow Shaft with Flange Brass CuZn30 Hollow shaft with flange, through-holes 32.0 85.0 ±0.07 Polished Turning, Drilling, Counterboring 125 None Clear lacquer + Lacquer Rotary connectors Full custom 20 14 In QA
BR-05 Brass Helical Gear Adapter Brass CuZn30 Adaptor with machined gear interface 40.0 58.0 ±0.05 Brushed Turning, Milling, Deburring 92 None Satin lacquer Gear assembly components Custom 60 12 Passed
BR-06 Brass Flange Sleeve Brass CuZn30 Flange with through-holes 50.0 40.0 ±0.03 Polished Turning, Facing, Drilling 140 None Electro-polish Pneumatic valve components Semi-custom 100 9 Passed
BR-07 Brass Knurled Shaft Cap Brass CuZn30 Knurled cap for shafts 18.0 15.0 ±0.03 Satin Turning, Knurling, Deburring 17 None Lacquer coating Mechanical assembly Standard 500 5 Passed

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brass metal special-shaped cnc lathe turning parts Stands Out Outperforms the Competition

Data Dimension: Part Shape Complexity vs Daily Throughput

The chart presents six generic brass part shapes produced by a CNC lathe, showing daily throughput as a function of part shape complexity. Higher throughput indicates more efficient manufacturing of simpler shapes, while lower throughput correlates with more intricate shapes requiring longer cycle times, specialized tooling, or tighter tolerances. This data helps assess the impact of geometry on production efficiency and cost, highlighting areas for process optimization, such as tooling changes, fixture design, or dwell-time reduction. While these figures are illustrative, they reflect common industry observations: simple, repeatable geometries tend to yield higher output, whereas complex profiles may require additional setup time and longer cycle times. By comparing across shapes, manufacturing teams can prioritize optimization efforts, allocate resources effectively, and benchmark improvements against prior runs or competing processes. The ultimate goal is to maximize throughput while maintaining acceptable quality and tolerance levels for brass, CNC-lathed turned parts. This example demonstrates how shape-driven complexity can influence cycle time and overall productivity, guiding design-for-manufacture considerations and continuous improvement initiatives.

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