The Formnext 2024 International Precision Molding and 3D Printing Manufacturing Exhibition officially opened on November 19 in Frankfurt, Germany. As the largest 3D printing trade show in the world, Formnext is often referred to as the "Oscar" of the industry, showcasing the latest technologies and cutting-edge applications in additive manufacturing. It has attracted active participation from numerous international companies and industry experts.

This year marks the second appearance of Zhongke Raycham at the Formnext exhibition. Leveraging this globally influential platform, Zhongke Yuchen once again showcased its latest technologies and products in the field of metal additive manufacturing to Nordic and global users, winning attention with its innovation. 

As a leading company in powder feeding additive manufacturing equipment and technology, Zhongke Raycham brought its LDM16RD laser precision additive repair equipment to the exhibition, along with the latest application cases of powder feeding 3D printing technology in industries such as aerospace, automotive, shipbuilding, metallurgy, and mold manufacturing.

The LDM16RD features a compact, highly flexible robotic system integrated with a high-precision dual-axis positioning machine. It utilizes either an annular powder feeding or laser internal powder feeding fine cladding head, which meets the deposition needs of various metal materials for aerospace and other precision repair and printing applications, significantly reducing maintenance time and costs. Through on-site demonstrations of the LDM16RD, visitors were able to experience firsthand the equipment's compact design, powerful functionality, and were drawn to engage in consultations and discussions, attracting numerous customers, industry peers, and attendees.

Titanium alloy is characterized by low density, high strength, and corrosion resistance, making it an ideal material for durable phone casings. Using DED 3D printing for titanium alloy phone frames allows for precise material control, reducing waste and lowering raw material costs. It can significantly shorten the manufacturing cycle, especially for small-batch and customized production, enabling quick responses to market changes and personalized demands.

The blades are spiral-shaped and rotate around a central axis, enabling continuous material delivery and pushing. This design is widely used in industries such as mining, chemicals, agriculture, environmental protection, construction piling, and electronics. By utilizing powder feeding 3D printing technology, the molding precision is high, and assembly is simple and fast, which helps improve production efficiency and reduce manufacturing costs.

WAAM 3D printing improves the strength-to-weight ratio of battery bottom boxes, making them lighter while better able to withstand vibrations, shocks, and pressure during vehicle operation, thereby ensuring battery safety. It allows for the rapid design and printing of customized battery bottom boxes based on the space layout, battery shape, and performance requirements of different vehicle models, shortening production cycles and increasing manufacturing efficiency. Additionally, the high material utilization rate and low waste help reduce material costs.

High-speed laser cladding technology for brake discs can reduce brake dust, extend service life, and improve safety performance. With the high-speed process, the thinnest cladding layer is within the 100 μm range, meeting the cycle time requirements for gray cast iron cladding. This technology can reduce fine particulate matter by up to 60% and increase brake pad wear resistance by three times.

In addition, Zhongke Raycham also showcased the application of SLM 3D printing technology in industries such as aerospace, automotive, and mold manufacturing, including components like blades, tail nozzles, exhaust manifolds, shoe molds, and automotive tire molds. Zhongke Raycham is able to effectively meet the diverse production needs of users, helping to reduce costs and improve efficiency, making the production process more energy-efficient and environmentally friendly, and driving the intelligent upgrade of the manufacturing industry.

As the founding entity of water-assisted laser technology, Synova possesses the world’s most advanced water-assisted laser systems. Zhongke Raycham is an OEM partner of Synova and has developed water-assisted laser equipment locally. This allows Zhongke Yuchen to obtain Synova’s international certification and jointly sell the products globally.

At this exhibition, Zhongke Raycham and Synova jointly showcased water-assisted laser processing equipment and demonstrated its processing advantages on composite materials, thermal barrier coatings, semiconductors/ceramics, diamonds, and various brittle and hard materials, attracting the attention of many industry professionals.

Zhongke Raycham has always adhered to a market-driven approach, continuously enhancing its research and innovation efforts to provide users with comprehensive, integrated solutions for additive, subtractive, and material processing. Its appearance at the Formnext exhibition in Germany not only showcased its innovative strength but also facilitated in-depth exchanges and cooperation with international peers, further expanding its brand influence in the global market.

The exhibition is still ongoing, with more exciting exhibits waiting for you to explore. Zhongke Raycham looks forward to your visit at Booth C39 in Hall 11.0!