banner (1)

cnc turning drawing parts - China Manufacturer | Reliable Precision

From my workshop in China, I deliver high precision cnc turning drawing parts to OEMs and distributors around the world. As a China-based manufacturer, I understand the real need: reliable parts that fit your drawings and deadlines. Whether you need tiny turned pins, bushings, housings or complex profiles, I can translate your drawings into machined components with tight tolerances and repeatable surfaces. I work directly with customers on material choice, finishes, and coating options, offering stainless steel, aluminum, brass and exotic alloys as required. My shop uses CNC turning, live tooling, tool probing, and strict QC checks to keep parts within spec. You’ll get clear drawings, precise measurements, and on-time delivery because I know timing is critical in your supply chain. If you’re sourcing cnc turning drawing parts from China, I’m ready to discuss specs, MOQs, lead times and pricing to fit your project and budget.

Hot Selling Product

cnc turning drawing parts Your Trusted OEM Partner Service Backed by Expertise

Global buyers seeking CNC turning drawing parts need a trusted OEM partner with engineering expertise and efficient production. We translate CAD drawings into precision components through turning, threading, grooving, and secondary operations. Materials range from aluminum and stainless steel to brass and specialty alloys, with tight tolerances. Our engineers read drawings, apply DFx, and verify GD&T to ensure manufacturability and cost efficiency from prototype to high-volume runs. We support STEP, IGES, and PDF data and provide clear process steps to keep your project on track. Based in a major manufacturing hub in southern China, we integrate production, quality control, and logistics to shorten lead times and reduce risk for international buyers. In-process inspection, first article inspection, and final QC with metrology reporting ensure traceability. We uphold transparent communication, change management, and IP protection for easy collaboration across time zones. Whether you need rapid prototyping, standardized parts, or customized assemblies, we deliver consistent quality, scalable capacity, and reliable support for procurement needs.

{ cnc turning drawing parts Your Trusted OEM Partner Service Backed by Expertise }
Part ID Description Material Ø (mm) Length (mm) Ø Tolerance Length Tolerance Surface Finish (Ra µm) Machining Process Features Heat Treatment Weight (g) Lead Time (days) Inspection
P-1001 Automotive shaft for steering column AISI 4140 38.00 120.00 +0 / -0.05 ±0.20 0.8 CNC turning, drilling Grooving, internal hole Ø8 Quenched & tempered 320 14 CMM, optical
P-1002 Hydraulic rod end 316L 25.00 100.00 +0 / -0.05 ±0.15 0.8 CNC turning, threading External thread M8x1 Solution-annealed 180 10 3D scanning, AOI
P-1003 Precision pin for electronics 17-4PH 5.00 50.00 +0 / -0.02 ±0.05 0.4 CNC turning, drilling Chamfer, burr-free Hardening and aging (H900) 8 7 AOI, CMM
P-1004 Gear blank stub AISI 8620 60.00 70.00 +0 / -0.05 ±0.10 0.8 CNC turning, milling Serrations rough Normalized 540 12 CMM, surface inspection
P-1005 Spacer for medical devices Ti-6Al-4V 12.50 25.00 +0 / -0.03 ±0.03 0.5 CNC turning Tight tolerance, flat faces Solution-treated and aged 20 8 Optical, CMM
P-1006 Plastic dust cap PA6 GF30 32.00 15.00 +0 / -0.05 ±0.20 0.9 CNC turning Knurling, snap-fit lip Glass fiber reinforced 12 6 Visual inspection
P-1007 Shaft for motor rotor AISI 304 22.00 90.00 +0 / -0.05 ±0.10 0.9 CNC turning, drilling Keyway slot Annealed 40 9 CMM
P-1008 Coupling hub Aluminum 6061-T6 40.00 60.00 +0 / -0.03 ±0.05 1.6 Turning, milling Through-hole Ø10 T6 treated 120 5 CMM

Related Products

banner (4)

cnc turning drawing parts Industry Giant Winning in 2025

Time-Series Dimension: Production Volume and Defect Rate for CNC Turning Parts

This chart presents a time-series view of CNC turning parts, illustrating two key data dimensions over a calendar year: production volume and defect rate. Production volume is displayed in thousands of units, while defect rate is shown as a percentage. The data reveal a strong upward trajectory in output, rising from about 320 thousand units in January to roughly 590 thousand units by December. This growth reflects scaling efforts, capacity expansion, and ongoing optimization of production workflows, consistent with strategic objectives to increase throughput in 2025. Simultaneously, the defect rate declines from around 1.8% in January to about 0.8% in December, signaling improvements in process capability, tooling reliability, and quality control practices. The trend suggests that efficiency gains are accompanied by quality enhancements, a favorable combination for competitive performance. The left axis anchors the production volume scale, enabling observers to gauge manufacturing momentum and equipment utilization, while the right axis maps defect rate, highlighting quality behavior alongside productivity. Vertical grid lines mark each month, and light horizontal lines help compare values across the year. A legend differentiates the two series: Production Volume in blue and Defect Rate in red. This visualization supports operations and strategy teams in monitoring KPI trends, planning capacity, and scheduling maintenance with minimal disruption to output. For executives, the chart provides a basis for scenario analysis—anticipating how continued volume growth might affect defect rates, evaluating the impact of automation investments, and aligning supply chain decisions with market demand. By tracking both metrics together, organizations can pursue sustained growth while upholding quality standards in a competitive landscape.

Top Selling Products