Plant tour

1. Suzhou Wuyue Aviation Technology Co., Ltd.

Suzhou Wuyue Aviation Technology Co., Ltd. is located at No. 6 Nanjing East Road, Taicang City, Suzhou, Jiangsu Province, at the heart of the junction where Taicang, Shanghai, and Kunshan meet. With a superior geographic location and highly convenient transportation, the company also operates wholly-owned subsidiaries in Tianjin and Shenyang. Wuyue company is a high-tech enterprise providing professional services including the collaborative design and optimization of thin-walled structural components for high-end aerospace equipment, tooling and die design and manufacturing, R&D and production of hot-section components such as combustors and nozzles, and the R&D and manufacturing of specialized equipment.

The company possesses strong technical capabilities, with a workforce of 100 employees, including a core team of 16 members — among them 11 senior engineers with an average of more than seven years of industry experience — along with 34 technical personnel, 38 skilled workers, and 8 inspectors. The company has mastered advanced process development and die design technologies such as hydroforming, isothermal hot forming, and precision stamping. Products developed by the team have been validated in application by major domestic aerospace and aero-engine OEMs, earning the company a strong market reputation in the field of high-end sheet metal forming for aerospace and aero-engine applications.

The company owns core equipment including 3,000T/800T hydroforming presses, a 315T titanium alloy hot forming production line, 3D five-axis laser cutting machines, six-axis laser welding equipment, AMET automatic argon arc (TIG) welding machines, vertical milling machining centers, and gantry CNC machine tools, enabling full-process manufacturing capabilities covering precision stamping, laser cutting, CNC machining, welding, tube bending, and bellows forming. It is also equipped with more than 40 sets of inspection equipment, including the multi-mode, multi-functional blue-light 3D scanner, large-scale coordinate measuring machines (CMM), spectrometers, and vision measuring systems, achieving high-precision inspection of part dimensions, geometric tolerances, and material composition, and ensuring that product quality complies with aerospace standards and consistency requirements. The company has the capability for the 3D design, manufacturing, and commissioning of tooling and fixtures, and has established a dedicated tooling and die library with a die assembly area and a die trial area. It can perform the maintenance and servicing of customer property, ensuring that delivered tooling and dies are fully matched to customer equipment for integrated, one-stop delivery.

The company has been successively recognized as a National High-Tech Enterprise, a Science and Technology-based SME, a "Specialized, Refined, Distinctive and Innovative" (SRDI) SME, and an Innovative SME.

 2.  Suzhou Dafeng Forming Technology Co., Ltd.

Our core business encompasses superplastic forming (SPF) consulting, forming process simulation analysis, and mold design. We specialize in delivering turnkey solutions for the lightweight design and manufacturing of critical metal components, helping our clients upgrade product performance while reducing costs and boosting efficiency.

Leveraging our strong R&D capabilities, we have successfully developed large-scale, thin-walled aluminum alloy structural components with complex geometries. These products are widely used in high-end manufacturing sectors such as rail transit, automotive, and aerospace. As a qualified superplastic forming supplier for CRRC Qingdao Sifang and CRRC Changchun, we have achieved multiple core process breakthroughs through years of industry dedication and process iteration. These include the integral forming of deep cavities, multi-layer sheets, sharp edges, and high ribs. Our technologies have been successfully applied to major projects like the Beijing-Zhangjiakou High-Speed Railway, the Jinyidong Intercity Railway, the Fuxing Hao (CR250 & CR450), and the 600 km/h High-Speed Maglev. This technology effectively reduces part counts, shortens assembly and welding time, and lowers overall vehicle weight, demonstrating broad application prospects across various fields.

Currently, we have reached R&D cooperation intentions with several automakers for SPF components. We aim to achieve the first small-batch production of automotive SPF parts in China by 2026, further expanding the application boundaries of superplastic forming technology and injecting new momentum into the upgrading of high-end manufacturing industries.