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CNC Machined Brass Pin - China Manufacturer

As a China-based Manufacturer, I deliver high-precision parts for demanding industries. My CNC Machined Brass Pin is crafted from top-grade brass, milled with tight tolerances to ensure smooth insertion, accurate alignment, and lasting wear resistance. Each piece is finished to clean perimeters and resistant to corrosion, ideal for electronics, fixtures, and pneumatic assemblies. I tailor diameters, lengths, and tolerance bands to fit your exact drawings, with quick lead times and reliable batch consistency. Whether you are prototyping or producing at scale, our brass pins offer minimal runout and consistent surface finish for repeatable performance. I understand your procurement requirements: traceability, quality control, and competitive pricing from a trusted China source. Partner with me for short-order buys or long-term supply; I will coordinate QA, packaging, and shipping to meet your MRP schedules. Let’s evaluate your spec and build a reliable supply chain around CNC Machined Brass Pin needs.

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CNC Machined Brass Pin Dominates Exceeds Industry Benchmarks

Across high‑volume electronics and precision assemblies, a CNC machined brass pin is setting new performance standards. Through multi‑axis turning, drilling, and finishing, it delivers tighter tolerances and smoother surfaces that exceed typical benchmarks. The brass alloy offers excellent machinability, corrosion resistance, and thermal stability, making it ideal for connectors and precision linkages. A rigorous quality program—from sample inspection to inline checks—ensures every batch stays within specification. For global buyers, the advantages go beyond accuracy. Scalable production handles demand spikes without delaying lead times. Customization is straightforward: precise diameters and lengths, chamfers, and optional heat treatment can be specified. Compliance is built in, with material traceability and alignment to RoHS/REACH and other international standards. With reliable supply and flexible packaging, these pins help accelerate product launch while minimizing assembly risk across diverse applications.

{ CNC Machined Brass Pin Dominates Exceeds Industry Benchmarks }
Category Parameter Value Unit Notes
Physical Dimensions Pin Diameter 3.25 mm Nominal ±0.03
Physical Dimensions Pin Length 9.50 mm Nominal ±0.05
Physical Dimensions Head Diameter 6.00 mm Nominal ±0.10
Physical Dimensions Head Thickness 0.80 mm Nominal ±0.08
Material & Finish Material C36000 Brass - Free-cutting alloy
Material & Finish Surface Finish (Ra) 0.4 μm Typical average
Mechanical Properties Hardness (HB) 95 HB ±5
Mechanical Properties Yield Strength 120 MPa
Mechanical Properties Tensile Strength 360 MPa
Mechanical Properties Young's Modulus 110 GPa Elasticity
Production & Quality Lead Time (Avg) 2.5 days Single-part average
Production & Quality Cycle Time per Pin 12 seconds Machining only
Production & Quality In-Spec Yield 99.3 % Parts within tolerance
Production & Quality Scrap Rate 0.7 % Chip-out rate
Process Capability Cp 1.9 - Process Capability
Process Capability Cpk 1.75 - Process Capability

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CNC Machined Brass Pin Your Trusted OEM Partner Global Reach

New Data Title: Global Production Distribution by Region

Brass CNC Pins Production by Region (thousand units)

Explanation: This dataset captures regional production volumes of brass CNC machined pins, expressed in thousands of units, to illustrate the global reach of a trusted OEM partner. Each bar represents a region and the height corresponds to annual output. Asia-Pacific leads with the largest share, reflecting dense manufacturing ecosystems and strong demand across diverse industries that rely on precision brass components. Europe follows, underlining a balanced mix of automotive, electronics, and industrial machinery demand. North America contributes a solid portion, driven by aerospace, tooling, and consumer electronics. Latin America and the Middle East & Africa, while smaller, are critical for regional supply chains and proximity to key end markets. The “Other” category accounts for miscellaneous regions that may host niche suppliers or emerging markets. This distribution highlights how a global production footprint supports flexible logistics, risk management, and after-sales support for OEM partnerships. The dataset is synthetic and designed to demonstrate the possible shape of a multi-regional supply network; real-world data would be refined with historical shipment records, capacity utilization, and seasonal demand. Methodologically, the values can be interpreted as annual production capacity in thousands of pins, acknowledging that actual shipments may vary due to procurement, quality inspections, and freight constraints. The chart provides a visual cue for decision-makers: concentrate capacity where the demand density is highest, while maintaining regional hubs to reduce lead times and increase resilience. For a trusted OEM partner, such a footprint aids in forecasting lead times, aligning supplier certifications, and planning co-located quality control labs and supplier development initiatives. It also supports collaboration with tier suppliers and logistics providers to optimize cross-border flows and inventory positioning. In practice, the most valuable insight is the demonstration of how regional diversity can enhance reliability, responsiveness, and customer satisfaction across global markets.

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