banner (1)

Lathe CNC Machining Brass CNC Milling Parts for OEM Suppliers

We produce lathe cnc machining brass cnc milling parts with tight tolerances and reliable performance. Our team handles precision turning, multi-axis milling, wire EDM, and secondaries on brass alloys to deliver components that fit your assemblies every time. We work with your blueprints, or we can help optimize designs for manufacturability, reducing cost and lead times. We stock brass bars and use high-grade tooling to ensure smooth finishes and accurate sizes. Typical tolerances ±0.05 mm, surface finishes from 0.4 microns Ra depending on geometry. Our commitment to quality is backed by strict inspection, 100% FAI on critical parts. We offer flexible MOQs and rapid prototyping, so OEM and Suppliers can scale up or down as demand shifts. Partner with us for reliable supply of lathe cnc machining brass cnc milling parts that meet industry standards and your exact spec, with competitive pricing and dependable delivery.

Hot Selling Product

lathe cnc machining brass cnc milling parts Supplier Dominates

In the brass components segment, a leading lathe and CNC milling supplier combines precision turning with high‑speed milling and in‑house finishing to deliver interchangeable parts. Brass’s machinability and conductivity suit electrical connectors, fittings, and decorative hardware, while strict process control yields tight tolerances (often ±0.05 mm) and consistent surface quality across multiple part numbers. Advanced tooling and repeatable workflows support high‑mix, moderate‑volume production with minimal deviation. Global buyers benefit from scalable capacity, rapid prototyping, and rigorous quality assurance. In‑house metrology, batch traceability, and standardized inspection ensure each lot meets specs before shipment. Value‑added services such as deburring, polishing, plating, and passivation can reduce lead times and streamline the supply chain, while RoHS/REACH compliance and proper documentation support international procurement. A capable brass CNC partner with strong logistics and proactive communication can align production with demand, optimizing cost, quality, and delivery in global programs.

{ lathe cnc machining brass cnc milling parts Supplier Dominates}

Part ID Material Machining Process Dimensions (Dia × L, mm) Tolerance (mm) Surface Finish (Ra, μm) CNC Time (hrs) Machine Type Operations Finishing Heat Treatment Lead Time (days) Certification Country of Origin Quality Pass Rate (%) Notes
BR-1001 C26000 Brass Lathe turning & CNC milling 28 × 60 ±0.05 0.8 2.5 5-axis CNC Lathe & 3-axis Milling Turning, Milling, Drilling Polished Annealed 5 RoHS, ISO 9001 Germany 99.6 High-precision hydraulic fittings
BR-1002 C26000 Brass Lathe turning 16 × 40 ±0.03 0.6 1.8 CNC Lathe Turning, Grooving Polished None 4 RoHS Italy 99.2 Small diameter bushing
BR-1003 C26000 Brass Lathe turning & milling 48 × 100 ±0.04 0.9 4.2 CNC Lathe + Milling Turning, Drilling, Milling Polished Annealed 7 ISO 9001 Spain 98.9 Large diameter shaft
BR-1004 C26000 Brass CNC Lathe 12 × 25 ±0.02 0.7 1.0 CNC Lathe Turning Polished None 3 RoHS USA 99.5 Miniature connector plug
BR-1005 C26000 Brass CNC Milling 60 × 90 ±0.03 0.8 3.5 CNC Milling Milling, Drilling Polished Annealed 6 ISO 9001 Germany 99.1 Bracket plate for valve assembly
BR-1006 C26000 Brass CNC Lathe 40 × 60 ±0.05 1.0 2.3 CNC Lathe Turning, Grooving Brushed None 5 RoHS Japan 98.7 Housing for fasteners
BR-1007 C26000 Brass CNC Milling 20 × 20 ±0.01 0.4 1.0 CNC Milling Milling Mirror polished Annealed 4 ISO 9001 Sweden 99.8 Precision knob

Related Products

banner (4)

lathe cnc machining brass cnc milling parts Pioneers in the Field Exceeds Industry Benchmarks

Data Dimension: Machining Efficiency Across Process Stages

Machining Efficiency by Stage Vertical bar chart showing efficiency percentages by process stage for brass CNC machining. Raw Material Prep Turning Milling Drilling Finishing Quality Check 0 20 40 60 80 100

This chart displays data dimension: Machining Efficiency Across Process Stages. Each bar indicates a stage’s efficiency percentage derived from comparing actual productive time to the theoretical cycle time during brass CNC machining. The six stages represented are Raw Material Prep, Turning, Milling, Drilling, Finishing, and Quality Check. The values chosen (78, 85, 92, 88, 95, 90) reveal where efficiency is highest and where improvement is needed. Finishing shows the strongest performance at about 95%, followed closely by Milling and Quality Check, while Raw Material Prep trails at around 78%, signaling a potential bottleneck in the early phase of the process. The differences among stages illustrate how variability in setup, tool changes, and handling can impact overall throughput. High performance in Milling and Finishing suggests effective process control, precise programming, and stable tooling conditions. Conversely, the relatively lower efficiency in Raw Material Prep may be related to inconsistent material conditioning, loading times, or fixture alignment. Addressing these early-stage bottlenecks—perhaps via standardized fixtures, improved loading automation, or pre-programmed setup sheets—could yield disproportionate gains in total cycle time and production capacity. The chart serves as a baseline for continuous improvement: upping Raw Material Prep efficiency by even a few percentage points can reduce downstream idle time and reduce scrap from misfeeds. Through data-driven adjustments, this operation could consistently surpass industry benchmarks in brass CNC milling. The visualization can be extended to include more metrics like cycle time, scrap rate, and energy consumption, offering a holistic view of manufacturing performance.

Top Selling Products