Recently, the First Equipment Industry Department of the Ministry of Industry and Information Technology (MIIT) clearly stated that it will pool resources to intensify technological research on three core materials: lithium-rich manganese-based cathodes, silicon-based anodes and solid electrolytes. It will strive to make breakthroughs in key technologies for all-solid-state batteries and consolidate the high-quality development foundation of China’s power battery industry via high-end material manufacturing. With the national top-level roadmap finalized, the industrialization of next-generation high-energy-density solid-state batteries has entered an accelerated critical research phase, and high-end precision manufacturing equipment has become an essential demand for material R&D, pilot testing and large-scale mass production.

Suzhou Zero Two Three Intelligent Equipment Co., Ltd. has been deeply engaged in intelligent complete set equipment for new energy lithium battery materials for years. As a full-process EPC integrated service provider for lithium battery materials, it precisely caters to the full-process equipment demands for the three key materials prioritized by MIIT. It delivers full-set intelligent production line solutions covering lab-scale trial production, pilot verification and ten-thousand-ton mass production, empowering the industry to break through process barriers for next-generation battery materials with domestically produced high-end equipment

Complete Equipment System Tailored for the Three Key Research Materials

• Special Manufacturing Equipment for Lithium-Rich Manganese-Based CathodesThe company self-develops a series of co-precipitation reactors covering full specifications from 1L to 5000L. Equipped with customized flow-field stirring structure and a high-precision constant-temperature closed-loop system with ±1℃ temperature accuracy, it accurately controls the crystal morphology of precursors. It addresses industry pain points including oxygen evolution, uneven particle size and large batch deviation of lithium-rich manganese-based materials. Matched with nano bead mills, high-temperature coating mixers and spray drying equipment, it integrates high-purity precursor synthesis, ultra-fine grinding and high-temperature modification, supporting stable mass production of high-capacity cobalt-free lithium-rich manganese-based materials.

2、Complete Production Line Equipment for Silicon-Based Anodes (Silicon-Carbon / Silicon-Oxide) Targeting bottlenecks of silicon materials such as high expansion coefficient, difficult dispersion and tough conductive modification, customized high-shear nano bead mills, vacuum degassing mixers and high-temperature coating devices are provided. The wear-resistant and anti-corrosion equipment chamber enables uniform dispersion of nano-scale silicon powder with precisely controllable coating thickness, greatly boosting the cycling stability of silicon anodes and suiting large-scale production of high-end semi-solid and all-solid-state anodes.

• Precision Grinding Equipment for Solid Electrolytes (Oxide / Sulfide / Polymer)The pin-type nano bead mill dedicated to solid electrolytes adopts a dynamic separation system for accurate interception of ultra-fine powder, with medium leakage rate lower than 0.001%. A dual-circuit low-temperature temperature control system prevents thermal decomposition of sulfide materials. It grinds solid electrolyte powder down to 50–200 nm to reduce solid-solid interfacial impedance, fitting R&D and mass production of mainstream solid electrolytes such as LLZO and Li₇P₃S₁₁, resolving core process bottlenecks in solid electrolyte preparation.

Core Advantages of Zero Two Three, Empowering Collaborative Breakthroughs in the Industrial Chain

✅ Industry-University-Research Collaborative R&D: We co-establish a process database for solid-state material equipment with university material laboratories, delivering integrated equipment and supporting process commissioning services to shorten customers’ R&D cycles for material breakthroughs.

✅ Full-process Intelligent Control: Equipped with a cloud-based data traceability system, our equipment monitors key parameters including temperature, pH value, particle size and concentration in real time, meeting strict consistency control standards for power batteries.

✅ Full-gradient Production Capacity Coverage: The 5L lab-scale model suits universities and corporate R&D labs; we also provide pilot-scale and 10,000-ton mass-production complete production lines to help material enterprises rapidly expand production and launch projects.

✅ Global Delivery & Service: Our products hold CE certification and serve leading material manufacturers. Our after-sales center offers a 4-hour response and 24-hour on-site maintenance service.

✅ Independent Domestic R&D & Self-Sufficiency: Core chambers, sealing components and temperature control systems are independently developed to replace high-end imported equipment, greatly cutting capital investment for next-generation battery material production lines.

Responding to the Ministry of Industry and Information Technology’s call for industrial breakthroughs, Suzhou Zero Two Three Intelligent Equipment keeps increasing investment in technological upgrades for specialized equipment targeting lithium-rich manganese-based materials, silicon-based anodes and solid electrolytes. It bridges the final gap in material industrialization with precise intelligent equipment, collaborates with upstream and downstream partners to build an independent industrial chain for all-solid-state batteries, and helps China’s power battery industry maintain its global leading edge.