Choosing Tuoyuan Metal means choosing high-quality Complex Precision Machining Components. We are a professional manufacturer and supplier, offering specialized products and OEM customization services.
The complex precision machining components of Tuoyuan Metal present multi-dimensional advantages in core competitiveness.
Firstly, in terms of extreme processing precision, we adopt five-axis linkage machining centers and high-precision testing equipment to control the component size tolerance within ±0.01mm, and the geometric tolerances such as flatness and perpendicularity all meet international advanced standards, which can meet the scenarios with extremely high precision requirements such as optical instruments and semiconductor equipment.
Secondly, it has excellent material adaptability. Whether it is difficult-to-machine metal materials such as titanium alloy and superalloy, or special materials such as engineering plastics and ceramics, we can solve problems such as easy material deformation and low processing efficiency through customized processing technology, and give full play to the performance advantages of the material itself.
Moreover, we have flexible mass production capacity. From single-piece customization to mass production of 10,000 pieces, we can achieve rapid response through the intelligent production scheduling system, and the delivery cycle is 30% shorter than the industry average.
At the same time, the full-process quality traceability system allows each product to be traced back to the raw material batch, processing equipment and operator, providing customers with comprehensive quality assurance
The specifications of Tuoyuan Metal's complex precision machining components cover a wide range and can be flexibly adjusted according to customer needs.
The following are the conventional specification ranges, and special specifications can be customized and developed.
Processing materials include metal materials (titanium alloy, aluminum alloy, stainless steel, superalloy, copper alloy, etc.), engineering plastics (PEEK, POM, PTFE, etc.), ceramics, composite materials, etc.;
Processing size range is from 0.5mm (micro components) to 2000mm (large structural parts); dimensional tolerance accuracy can reach up to ±0.05mm, and geometric tolerance can reach up to IT3 level;
Surface roughness can be controlled between Ra0.02μm and Ra1.6μm according to requirements; processing technologies include five-axis linkage machining, CNC milling, turning, grinding, electrical discharge machining (EDM), wire cutting, etc.;
Product precision testing adopts high-precision equipment such as coordinate measuring machine, optical projector, surface roughness tester, hardness tester, etc., to ensure that each specification index meets the requirements.
With excellent performance and wide specification adaptability, this series of complex precision machining components have been deeply applied in many high-end fields.
In the aerospace field, it is used in aircraft engine parts, spacecraft structural parts, precision parts of navigation systems, etc., which can maintain stable performance even under extreme working conditions;
In the automotive manufacturing field, it focuses on core components of new energy vehicle motors, autonomous driving sensor housings, precision gears of gearboxes, etc., improving the power performance and intelligence level of automobiles;
In the semiconductor equipment field, it provides high-precision structural parts and transmission parts for wafer manufacturing equipment and packaging and testing equipment, meeting the strict requirements of the semiconductor industry for cleanliness and precision;
In the medical device field, it is used in core components of surgical robots, precision accessories of diagnostic equipment, implantable medical device components, etc., ensuring the safety and reliability of medical equipment;
In addition, it is also widely used in optical instruments, precision instruments and meters, high-end mold manufacturing, marine engineering equipment and other fields, providing strong support for the technological upgrading and product innovation of various industries.
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Xishanqian Village, Huanxiu Street, Jimo District, Qingdao City, Shandong Province, China
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