High-Precision CNC Turning for Micron-Level Accuracy | Aerospace & Industrial

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Micron - Level CNC Turning for Precision Parts

As the core technical pillar of our enterprise, relying on more than 40 imported high - precision lathes from Japan's Tsugami and Citizen, we focus on the micron - level processing of shaft - type and disc - type parts. For instance, in the aerospace field, we process titanium alloy engine shaft parts with a dimensional tolerance controlled within ±0.01mm, far exceeding the industry's conventional ±0.05mm accuracy standard. This high - precision CNC turning technology is the foundation of our high - quality product manufacturing.
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Advantages

Advanced Equipment for High - Precision Machining

Relying on Japanese Tsugami and Citizen lathes, CNC turning ensures stable performance and high precision. The machines’ advanced features enable efficient processing of complex shaft and disc parts with tight tolerances.

Aerospace - Grade Tolerance Control

CNC turning achieves ±0.01mm tolerance in aerospace parts, far exceeding industry standards. This precision is critical for high - performance components, demonstrating the technology’s leading - edge capability.

Specialized in Shaft and Disc Part Machining

CNC turning focuses on shaft and disc parts, leveraging 40 + imported lathes for consistent quality. The process handles materials like titanium alloy and aluminum, meeting diverse industry requirements.

Related products

Highprecision CNC turning represents the pinnacle of our machining capabilities, using advanced equipment to achieve micron-level accuracy. Our fleet of Tsugami and Citizen high-precision lathes enables us to machine parts with dimensional tolerances as tight as ±0.005mm, ideal for critical applications like aerospace and medical components. For example, we perform highprecision CNC turning on titanium alloy engine shafts for aircraft, maintaining ±0.01mm accuracy—far beyond the industry's ±0.05mm standard. We use specialized tooling, temperature-controlled environments, and rigorous inspection (CMM) to ensure precision. This capability supports industries where even minor deviations can impact performance, delivering parts that meet the most demanding specifications with reliability and consistency.

Frequently Asked Questions

How does CNC turning ensure such high precision?

High precision is ensured through advanced Japanese lathes and a rigorous quality control process. The technology has been proven in aerospace applications with ultra - tight tolerances.
CNC turning is applied in demanding industries like aerospace, where it processes titanium alloy engine shafts with strict precision requirements, demonstrating its reliability.

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Customer Reviews

Richard Parker, Aerospace Engine Components Inc.
Micron - Level CNC Turning for Aerospace Shafts

As a core technology, the company's CNC turning processes titanium alloy engine shafts for our aerospace projects with a tolerance of ±0.01mm, far exceeding the industry standard. The 40 + imported high - precision lathes ensure stable and reliable processing quality.

Laura Adams, Automotive Sensor Technology Co., Ltd.
High - Volume CNC Turning for Automotive Discs

Processing thousands of aluminum discs monthly for our automotive sensors, the company's CNC turning maintains micron - level precision. The advanced Japanese lathes and strict quality control processes ensure zero defects in mass production.

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Proven Expertise in Demanding Industries

Proven Expertise in Demanding Industries

With applications in aerospace (e.g., titanium alloy shafts), CNC turning showcases capability in high - demand fields. The technology’s precision and reliability make it a trusted solution for critical components.