From May 15 to 17, the 17th Shenzhen International Battery Technology Exchange Conference/Exhibition (CIBF2025) was held in Shenzhen International Convention and Exhibition Center. As a bellwether of the global battery industry, this exhibition attracted more than 3,200 exhibitors and over 400,000 professional visitors. Qingdao CO-NELE Machinery Equipment Co., Ltd. (CO-NELE) appeared as a leader in lithium battery material mixing equipment. The CEL01 lithium battery-specific high-speed mixer exhibited became the focus of the exhibition with its innovative technology and excellent performance, and won wide praise from industry customers.
1. Innovative technology leads the lithium battery material mixing revolution
The lithium battery mixer is a new generation of intelligent equipment developed by CO-NELE to address the pain points of lithium battery production process. It adopts the principle of three-dimensional turbulent mixing and realizes the uniform dispersion of nano-level electrode materials through the synergy of high-speed rotating stirring disc and multi-angle inclined cylinder. The equipment is equipped with an intelligent control system, which supports precise adjustment of stirring speed (0-3000rpm), temperature, and vacuum degree (0.1-100kPa), and can meet the mixing needs of complex materials such as high-viscosity slurry and highly active metal lithium powder.

It is worth noting that CEL01 breaks through the limitations of traditional mixing equipment, with a single mixing efficiency increase of 40%, a 25% reduction in energy consumption, and supports small laboratory batches (0.3-1L). At the same time, CO-NELE's industrial large-scale mixer (100-2000L) developed for the lithium battery material industry is fully applied in all scenarios. Its modular design can flexibly configure functional modules such as heating/cooling and vacuum degassing, and adapt to the research and development and mass production needs of cutting-edge materials such as solid-state battery electrolytes and silicon-based negative electrodes.