The exciting YIZUMI CONNECT 2026 is well underway. Among the highlights, the Die Casting & Thixomolding Exhibition Zone showcases YIZUMI’s latest achievements in lightweight and high-performance forming. Thixomolding Machine, LEAP Series Die Casting Machine, NEXT² Series 2-Platen Die Casting Machine, as well as RHEO Series Al Rheocasting Machines—YIZUMI provides global customers with comprehensive die casting solutions covering all tonnages.
YIZUMI has been deeply engaged in Thixomolding for 17 years, with one-stop service capabilities ranging from product development to mass production, with accumulated production verification exceeding 5 million molding cycles. YIZUMI has achieved independent R&D of full-series models from 400T to 6,600T, with a theoretical maximum injection capacity of up to 56kg, and possesses R&D capabilities for ten-thousand-ton level equipment.
YIZUMI delivers one-stop rapid implementation services for magnesium alloy products, covering semi-solid sample preparation, material property testing and data validation, product modeling and 3D optimization, mechanical and process simulation verification, mold design and manufacturing, mold testing and sample delivery. From equipment to the integrated solution of Material-Design-Manufacturing, we reduce customers’ development risks and ensure the rapid development and high-quality production of magnesium alloy structural components.
RHEO Series Al Rheocasting Machine
Built on the LEAP technology, Al Rheocasting machines are equipped with the ORCA intelligent control system to achieve precision low-speed high-pressure forming. A variety of innovative technologies ensure smooth filling of metal slurry, significantly improving the surface quality and internal density of castings, enabling one-shot forming of complex structural components with exceptional quality. RHEO Series injects new momentum into new energy vehicles, 3C electronics, mobility and transportation, and other sectors, setting a new benchmark for aluminum alloy die casting.
NEXT² Series 2-Platen Die Casting Machine
The NEXT² Series integrates a number of patented technologies. These technologies have not only broken the long-term technological monopoly of foreign manufacturers, but also, jointly forged the machine’s unparalleled competitiveness and production efficiency with the original RAPTOR multi-cylinder clamping system, Dolphin Intelligent Control System and Yi-Cast high-speed injection system. It also provides a new approach for the low-cost, high-quality manufacturing of automotive structural components.
LEAP Series Die Casting Machines
Powered by the Yi-Cast Self-learning Real-Time Control and the ORCA 2.0 intelligent control system, the LEAP series is driving automotive lightweighting into a new era of high efficiency and smart manufacturing. The synergy of these two core systems enables LEAP Series Die Casting Machines to achieve shorter molding cycles, greater operational stability and higher product yield in the production of key components for new energy vehicles, thereby delivering a comprehensive improvement in overall equipment effectiveness (OEE) for customers.
LEAP Series Ultra Large Die Casting Machine
For years, YIZUMI has been deeply engaged in ultra-large integrated die casting technology, driving innovation in lightweight technologies for new energy vehicles through continuous R&D. By integrating the technological strengths of Chinese and European platforms, YIZUMI has achieved a number of core technological breakthroughs on the LEAP Series Ultra Large Die Casting Machines to meet the demands of integrated die casting, successfully building a high-end product matrix with fully independent intellectual property rights.
The excitement of YIZUMI CONNECT 2026 continues. We sincerely invite you to visit our booth. You can experience the precision and intelligence of our equipment up close, communicate face-to-face with our technical team, and witness "Evolve Beyond Limits" on site — exploring the boundless possibilities of advanced forming technologies together with YIZUMI.
* Data were obtained under specific test conditions; actual performance may vary. Provided for reference only, not as a commitment.