F37-8-30A Negative Pressure Formation Equipment for Power Batteries – Advanced Lithium-Ion Cell Testing and Formation Solution The F37-8-30A is a state-of-the-art negative pressure formation system designed specifically for the development, testing, and small-scale production of power batteries. This high-precision
Lithium-ion Battery Load Tester integrates breakthrough technologies in vacuum-assisted electrolyte infiltration, multi-channel independent control, and real-time impedance compensation to deliver superior consistency, efficiency, and reliability across all stages of battery manufacturing and research. Engineered for laboratories and pilot production lines worldwide, it supports rapid R&D cycles, precise performance validation, and seamless integration with MES systems—making it an indispensable tool for battery engineers and manufacturers focused on innovation. Key Features: - Negative pressure environment (adjustable from -90 kPa to 0 kPa) ensures uniform electrolyte penetration during cell formation, reducing internal resistance variation and enhancing long-term cycle life. - Eight independently controlled channels each support up to 40A constant current/constant voltage charge and discharge operations, enabling parallel testing of multiple cells without interference. - Four-wire measurement technology provides accurate voltage readings with ±(0.5‰ reading + 0.5‰ full scale) precision, minimizing contact resistance errors in low-voltage applications. - Bidirectional inverter architecture allows energy recovery during discharge, feeding power back into the grid and reducing annual electricity costs by over 30%. - Wide dynamic range: 80 mA to 40 A current control with 1 mV / 1 mA resolution enables fine-tuned parameter adjustments for fast-charging battery chemistries such as NMC, LFP, and silicon-anode cells. - Smart programming logic supports up to 32 steps per cycle and 256 cycles per sequence, ideal for complex formation profiles, aging tests, or material evaluation protocols. - Compact footprint (1100 × 650 × 1300 mm) saves up to 60% of factory floor space compared to traditional setups—perfect for labs with limited room. - Modular design allows quick replacement of fixtures, current boards, and suction nozzles, minimizing downtime and simplifying maintenance. Detailed Description: This advanced
Battery Formation Equipment leverages negative pressure technology to optimize the wetting process of electrodes in lithium-ion cells, which is critical for achieving consistent electrochemical performance. Unlike conventional atmospheric formation methods, the F37-8-30A creates a stable vacuum environment (-80 kPa maintained consistently), significantly improving electrolyte distribution and reducing formation time while minimizing gas accumulation inside the cell. Each channel operates independently using dedicated power sources, allowing simultaneous testing of different battery types or states of charge under varying conditions—an essential feature for R&D teams exploring next-generation chemistries like solid-state or high-nickel formulations. The unit’s intelligent control system includes real-time data logging, automatic curve generation (voltage vs. capacity vs. time), and traceability features compatible with modern manufacturing execution systems (MES). Its ability to generate three-dimensional battery behavior maps makes it invaluable for evaluating degradation patterns, optimizing formation algorithms, and validating new materials before scaling to mass production. Additionally, the built-in software supports firmware updates throughout the product lifecycle, ensuring ongoing compatibility with evolving battery standards and regulatory requirements. Application Scenarios: Ideal for academic institutions, battery startups, and OEMs engaged in electric vehicle (EV), energy storage, and portable electronics sectors, this lithium-ion battery tester excels in: - Research and development of high-energy-density power cells - Small-batch production runs for prototype validation - Performance characterization of novel electrode materials (e.g., silicon composites, graphene-enhanced cathodes) - Environmental stress testing for extreme temperature, vibration, or altitude conditions - Quality assurance processes requiring repeatable, standardized formation procedures User Testimonials: Users report significant improvements in formation consistency, reduced batch rejection rates, and faster turnaround times for test cycles. One lab manager noted, “We’ve cut our formation duration by nearly 40% while seeing better capacity retention after 500 cycles.” Another researcher highlighted the ease of integrating the system into their existing digital workflow: “The automated reporting and MES connectivity eliminated manual data entry and improved audit readiness.” Frequently Asked Questions: What makes this formation system unique compared to other battery testers? It combines negative pressure technology with modular, multi-channel control and intelligent energy recycling—offering unmatched precision, scalability, and cost savings in both lab and semi-production environments. Can it handle different battery sizes and chemistries? Yes, thanks to its flexible fixture design and programmable current/voltage settings, it accommodates cylindrical, prismatic, and pouch cells made from various chemistries including NCA, LFP, and emerging alternatives. Is technical support available globally? Yes, the manufacturer offers 72-hour response times for service requests and lifetime software updates, ensuring continuous operational support regardless of location.
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