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November 17, 2025      Hardware      10038

Chuangrui Laser mass-delivered 2,000 titanium alloy 3D-printed bicycle parts to Taishibang, showcasing the maturity of 3D printing in high-end customized manufacturing.

The Deep Application of 3D Printing Technology in Titanium Alloy Bicycle Manufacturing is Becoming a Key Force Driving the Digital Transformation of the Bicycle Industry

The in-depth application of 3D printing technology in the field of titanium alloy bicycle manufacturing is becoming a key force driving the digital transformation of the bicycle industry. By breaking through the structural limitations imposed on titanium alloy materials by traditional processing, 3D printing technology enables the free manufacturing of complex, lightweight structures, elevating material performance and innovative design to new heights. Titanium alloy bicycle frames and accessories manufactured using 3D printing processes demonstrate significant advantages in weight, strength, service life, and riding experience, marking the official entry of bicycle manufacturing into a new era of personalized customization.

Chuangrui Laser Secures Order for 2,000 Sets of Titanium Alloy Bicycle Components

Since the second quarter of this year, cumulative sales of Chuangrui Laser's metal 3D printing equipment, the CR-M460, have exceeded 120 units. While deepening its presence in the shoe mold market, the company has continued to make strides in the titanium alloy 3D printed bicycle sector. It recently successfully delivered over 2,000 sets of titanium alloy 3D printed core bicycle components in bulk to the industry-leading company Taishibang. This order covers key structures including complete frames, integrated handlebars, front forks, seat tubes, and rear forks. Chuangrui Laser earned high recognition from the customer thanks to its high-quality and rapid delivery capabilities.

Industrial Upgrade: From Prototype Manufacturing to Mass Production

As a benchmark enterprise in the global titanium alloy bicycle sector, Taishibang has always led industry development with its forward-looking design philosophy and exceptional craftsmanship standards. This bulk delivery not only marks the successful completion of the order but also represents a milestone in the deep cooperation between the two parties. This collaboration achieved a crucial leap: transitioning from prototype manufacturing to the mass production of high-end consumer goods, and from solving single problems to the systematic re-engineering of complex product design, materials, and processes.

Chuangrui Laser has established a comprehensive quality control system for the manufacturing process. From the careful selection and closed-loop management of titanium alloy powder to the intelligent deviation correction system based on real-time melt pool monitoring during printing, it strictly ensures the purity and stability at the source of manufacturing. Robust technical strength, coupled with a rigorous quality control system, jointly builds a dual guarantee for the performance and comfort of core high-end bicycle components.

This in-depth cooperation between Chuangrui Laser and Taishibang demonstrates the maturity of 3D printing technology for industrial application in the high-end consumer goods field. With the continuous growth in personalized customization demand, 3D printing technology, with its unique design freedom and production efficiency, is reshaping the high-end bicycle manufacturing supply chain. Chuangrui Laser's continuous dedication in the field of titanium alloy 3D printing has not only opened up new growth space for the company but also provided a successful model for the entire industry, from technological breakthrough to large-scale application.

In the future, as more leading industry players join, 3D printing technology is expected to open up全新的赛道 in the field of high-end customized products, accelerating the transformation of manufacturing towards digitalization and personalization.







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