SRY22-288-6A-3-3T(BC) Vertical Hot-Press Fixture
Battery Formation Equipment – High-Density Testing for Polymer Lithium-Ion Batteries This advanced vertical hot-press fixture
Battery Formation system is engineered specifically for high-efficiency pouch cell testing in research, development, and large-scale manufacturing environments. Designed to meet the demands of modern battery production, it combines precision pressure application, accurate temperature control, and simultaneous multi-channel testing capabilities to ensure consistent performance across thousands of cells per day. Key Features: - 288 synchronized test channels enable rapid throughput of up to 50,000 cells daily - Independent pneumatic pressurization with ±35 kg accuracy ensures uniform contact between electrodes and battery cells - 25-layer heating plates provide precise thermal management with ±3°C stability for optimal formation conditions - Four-wire measurement method eliminates contact resistance errors, enhancing data reliability - Integrated safety protocols include 15 layers of protection such as over-temperature, over-pressure, leakage current detection, and power-failure resumable testing to safeguard both equipment and data integrity - Programmable logic supports up to 32-step processes or 256-cycle routines with automatic correlation curve generation (voltage vs. capacity vs. pressure) The SRY22-288-6A-3-3T(BC) stands out in polymer battery testing due to its modular design that allows custom fixture integration for various form factors—ideal for cells ranging from 10–155 mm in length, 10–105 mm in width, and 5–13 mm in thickness. Its compatibility with MES systems enables full-process traceability, making it a powerful tool for improving consistency, optimizing formation parameters, and supporting R&D initiatives focused on next-generation lithium-ion technologies. This battery formation tester excels in applications involving high-energy-density pouch cells, pressure-sensitive battery designs, and automated quality assurance workflows. Whether used in academic laboratories exploring new chemistries or industrial settings aiming for scalable production, this machine delivers unmatched repeatability, safety, and adaptability. Users report significant improvements in process efficiency and product uniformity when deploying this system for battery formation. One researcher noted: “The ability to run complex formation profiles while maintaining tight thermal and mechanical control has reduced our cycle times by nearly 40% without compromising cell quality.” Another engineer added: “The auto-generated voltage-capacity-pressure curves have streamlined our data analysis phase dramatically.” Common Questions: What makes this battery tester suitable for mass production? Its high channel density, robust safety features, and seamless integration with manufacturing execution systems allow continuous operation with minimal downtime and maximum throughput. Can it handle different battery sizes? Yes, the adjustable fixtures support a wide range of pouch cell dimensions, making it versatile for multiple product lines within a single facility. How does it improve battery consistency? By applying precise, repeatable pressure and temperature conditions during formation, it minimizes variability in electrochemical behavior—critical for achieving uniform performance in commercial batteries. Is it compatible with existing automation systems? Absolutely—it interfaces easily with MES platforms and supports programmable sequences for flexible adaptation to evolving production needs. This vertical hot-press battery formation solution represents a major leap forward in lithium-ion cell testing technology, offering researchers and manufacturers the tools they need to accelerate innovation while ensuring superior quality at scale.
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