The use of titanium hydro-formed tubes on the frame will increase the overall stiffness and localized strength of the frame. Some designs of special-shaped tubes can also reduce the weight of the frame. And it can greatly improve the aesthetic appearance of the frame.

Since 2024, we have increased our development and investment in 3D printing technology. The addition of titanium 3D printing technology offers important advantages such as optimized design, rapid prototyping, small batch production, customization and lightweight, and it is a major trend for the industry as a whole.

At present, we use precision casting in mass production and 3D printing for small batch customized products, which can take into account the needs of the lightness and weight reduction of cycling products., one-piece forming of complex structures, and high-end customization. At the same time, it avoids the problems of high manufacturing cost and environmental pollution of single-piece or small-lot products, shortens the product delivery time, and makes the production more efficient and convenient.

We plan to use 3D printing technology to produce titanium bicycle frames and parts with an annual output of more than 50,000 pieces, and will be applied to a variety of models of bicycles, aiming to provide customers around the world with better quality, higher strength, lighter and more durable titanium bicycle products.

Titanium precision investment casting technology is a technology for precision casting of titanium alloy. Through precision casting technology, titanium alloy products with complex shapes and high precision can be produced. Castings have high dimensional accuracy and surface finish. This technology can effectively improve the utilization rate and performance of titanium alloys and meet customer requirements for titanium alloys. product requirements. Using precision casting for large-volume frame production can greatly reduce production costs. The surface roughness of precision casting parts will be better than that of 3D printing, and the mechanical properties are close to those of 3D printing.

Metal Powder Injection Molding Technology (MIM) is a new powder metallurgy near-net-form molding technology formed by introducing modern plastic injection molding technology into the field of powder metallurgy.

Compared with traditional processes, it has the characteristics of high precision, uniform structure, excellent performance and low production cost. Its products are widely used in electronic information engineering, biomedical equipment, office equipment, automobiles, machinery, hardware, sports equipment, aerospace, etc. Industrial field. Therefore, it is generally believed internationally that the development of this technology will lead to a revolution in parts forming and processing technology. It is known as "the most popular part forming technology today" and "the forming technology of the 21st century".

In the future, we will work hard on materials and design, and use the advantages of this technology to help customers improve product design and reduce costs, thereby expanding the application of MIM in the field of bicycle production. Large quantities of small titanium parts are ideally suited for MIM production, further reducing part costs.

Generally speaking, CNC machining refers to Computer Numerical Control precision machining. CNC machining has stable quality, high precision and high repeatability; at the same time, it has higher production efficiency in the case of multi-variety and small batch production. At present we have almost 50 CNC machine. 

 We have a history of producing titanium frames and parts for more than thirty years. With the development of the enterprise, the welding skills of our welders are constantly improving. At present, our company has trained about 30 welders with excellent welding skills. In order to ensure that each frame has adequate welding protection, our frame has more argon gas pipelines than other manufacturers. The beauty of the welds is crucial for titanium frames. We have been working hard to ensure that the welds of each frame are beautiful under mass production and reach the industry-leading level.

Surface anodizing of titanium alloys is a common surface treatment technique. Anodizing can form a dense, porous oxide film, which has good wear resistance, corrosion resistance and elasticity. At present, we have more than 30 colors to choose from for anodizing logo processing. We can produce various logo patterns on the surface of the frame, and both single colors and gradient colors can be realized.