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Brass Turning Parts - High-Quality Manufacturers for Precision Parts

From my workshop, I offer Brass Turning Parts that meet the demanding needs of OEM projects and precision assemblies. I know that for good performance, you need High-Quality components from trusted Manufacturers. My Brass Turning Parts are machined to tight tolerances, with smooth finishes and consistent hardness, designed for low friction and long life in plumbing, electronics, and mechanical assemblies. I use high-grade brass alloys, rigorous quality checks, and traceable documentation. You can rely on quick quotes, flexible lot sizes, and reliable on-time delivery. I customize diameters, lengths, and threading to your drawings, with surface finishes like nickel plating or passivation as required. For cost-effective procurement, I offer standardized catalog items plus bespoke production runs, supporting volume discounts for serious buyers. If you're seeking strong supplier partnerships, I focus on communication, batch traceability, and post-sales support to keep your lines running with minimal downtime.

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Brass Turning Parts Factory Service Backed by Expertise

Global buyers seeking brass turning parts rely on engineering-grade expertise. A Shenzhen-based tech company with deep precision metalworking delivers turnkey brass turning via CNC turning and multi-axis setups for high-volume production. We work with alloys such as C36000 and C84400, plus lead-free variants, achieving tolerances to ±0.02 mm and finishes from brushed to passivated. Rigorous process control and design-for-manufacture input enable optimized geometry, cost savings, and shorter lead times. End-to-end traceability and QA documentation ensure each batch meets specifications with in-process checks and final verification. To support global procurement, the factory offers scalable production, flexible lead times, and dependable IP practices. We handle tooling, first articles, sampling, and packaging, with logistics for international shipping. Our team guides from design handover to post-production, delivering docs and certificates. By blending domestic manufacturing with resilient supply chains, we help buyers reduce risk and speed time-to-market.

Brass Turning Parts Factory Service Backed by Expertise
Part Name Category Brass Grade Dimensional Range (L × Ø, mm) Tolerance (mm) Surface Finish (Ra μm) Machining Process Lead Time (days) Certifications Typical Applications
Connector Pin Fasteners C36000 Ø 6-12 × L 20-50 ±0.05 Ra 1.6 CNC Turning 7 ISO 9001, IATF 16949 Automotive electrical connectors
Machine Bushing Bearings C26000 Ø 8-40 × L 20-60 ±0.03 0.8–1.6 Turning, Milling 5 ISO 9001 Shaft bushings in small machinery
Valve Stem Valve Components C36000 Ø 5-25 × L 25-120 ±0.02 Ra 1.2 CNC Turning 10 ISO 9001 Plumbing and hydraulic valves
Gear Shim Mechanical Interfacing C36000 Ø 3-10 × L 3-12 ±0.03 Ra 0.8 Turning 6 ISO 9001 Precision gear assemblies
Housing Sleeve Housing Components C26000 Ø 12-60 × L 15-40 ±0.04 Ra 1.6 Turning, Reaming 8 ISO 9001, ISO 14001 Electrical appliance housings
Brass Coupling Tube Fittings C26000 Ø 15-50 × L 20-70 ±0.05 Ra 1.6 Turning, Boring 9 ISO 9001 Pneumatic and hydraulic couplings
Sleeve Washer Fasteners C36000 Ø 4-14 × L 1-3 ±0.02 Ra 0.8–1.2 Turning 4 ISO 9001 Wear-resistant washers
Spring Pin Fasteners C26000 Ø 2-6 × L 8-25 ±0.01 Ra 0.6–1.0 Turning, Drilling 4 ISO 9001 Retaining pins for small assemblies

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Brass Turning Parts Supplier More Than a Supplier - A Partner

Dataset Insight: Volume Distribution Across Turning Part Types

Explanation: This chart presents the distribution of production volume across turning part types within a brass turning parts facility. The data dimension is Part Type, a variable representing the design or function category of each part produced through turning processes, such as Cylindrical Bars, Housings, Gears, Pins, and Sleeves. The chart visualizes how many units of each part type were completed in the selected period, highlighting which parts occupy the largest share of capacity and material usage. Key observations show that Sleeves, followed by Cylindrical Bars, dominate the output, with values of 490 and 420 respectively. Gears and Housings account for moderate volumes (380 and 310), while Pins registers the lowest volume (260). This distribution implies potential concentration risk where a few part types drive the majority of production activity. Managers can leverage this insight to align tooling, machine time, and preventive maintenance to the needs of high-volume parts, and to plan for contingency options if demand shifts. The dimension-focused approach allows stakeholders to trace performance back to the product mix rather than treating all parts as equal. If demand for Sleeves grows, the factory may need to allocate dedicated turning centers, monitor setup times to reduce idle periods, and ensure raw material pipelines support this category. The chart also provides baseline data for capacity planning: by understanding the current mix, the organization can simulate scenarios where the contribution of a low-volume part increases or decreases, helping to flatten workload and improve flow. Over time, integrating this dimension with time-series data would reveal seasonality or trend changes, enabling proactive scheduling and inventory control. In summary, the Turning Part Type distribution offers actionable guidance on resource prioritization, supplier collaboration, and continuous improvement opportunities, ultimately enabling better service levels and cost efficiency across the production ecosystem.

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