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China Hot Press Machine for Lithium/Sodium Battery Lab - Suppliers & Factory Direct
EQUIPMENT CHARACTERISTICS
WS Automation's hot press machine stands as a cornerstone in the lithium and sodium battery production processes, particularly in laboratory and pilot line settings. Designed to operate after the electrode stacking process, this machine plays a pivotal role in shaping battery cells to achieve uniform thickness, solidity, and smooth surfaces. This precision ensures the cells are free from deformations, facilitating seamless integration into pouches or shells during subsequent assembly stages.
Precision and Consistency
The hot press machine utilizes heat to press battery cells, ensuring they maintain a consistent thickness and solid structure. This consistency is critical for enhancing the overall performance and reliability of lithium and sodium batteries, meeting stringent industry standards for quality and durability.
Safety and Operational Features
Equipped with comprehensive safety features, the machine includes double-button operation protection and a safety light curtain. These safeguards not only protect operators from potential hazards but also ensure compliance with safety regulations in battery manufacturing environments.
Ease of Use and Maintenance
Known for its user-friendly design, the hot press machine offers straightforward operation and convenient maintenance procedures. Operators can efficiently manage the equipment with minimal training, enhancing productivity and reducing downtime during production cycles.
Dual Functionality
An advantageous feature of this machine is its ability to retain cold pressing functionality. This dual-mode operation provides flexibility in battery manufacturing processes, allowing for adjustments based on specific production requirements or material characteristics.
Applications and Benefits
Primarily used in lab and pilot lines, the hot press machine supports the development and scale-up of lithium and sodium battery technologies. Its capability to shape cells uniformly and reliably contributes to the advancement of battery performance, ensuring consistent results across experimental and production phases.
In Conclusion
WS Automation's hot press machine combines precision, safety, and operational efficiency to support the manufacturing of high-quality lithium and sodium batteries. Its role in shaping battery cells with uniformity and durability underscores its importance in enhancing battery performance and advancing research and development efforts in the energy storage sector.
SPECIFICATION OF EQUIPMENT
| Press plate size | 400*300mm |
| Adaptable cell specifications | L×W×H: (100-350)×(50-250)×(2-15)mm |
| Adaptable cell thickness | 2-35mm |
| Capacity | 3PPM |
| Pressing holding time | 0-999.9s adjustable |
| Max press pressure | 5T |
| Parallelism of upper and lower hot plates | ≤0.02mm |
| Control temperature | RT-200℃, adjustable, with temperature error ±2.5° |
| Air supply | ≥0.6Mpa, 6L/min |
| Source voltage | AC380V/50HZ |
| Power | 8KW |
| Operating ambient temperature | 5～35℃, RH<45% |
| Dimension (L*W*H) | 700*605*1850mm |
| Weight | 400kg |
Frequently Asked Questions (FAQ)
The hot press machine is used after the electrode stacking process to shape lithium and sodium battery cells. It ensures uniform cell thickness, solidity, and smooth surfaces, preventing deformations before the cells are integrated into pouches or shells.
Yes, the machine features dual functionality, allowing operators to retain cold pressing capabilities. This provides manufacturing flexibility based on specific material characteristics and production requirements.
For operator safety and regulatory compliance, the machine is equipped with double-button operation protection and a safety light curtain to prevent operational hazards.
It is compatible with cell dimensions (L×W×H) ranging from (100-350)×(50-250)×(2-15)mm, and supports adaptable cell thicknesses between 2mm and 35mm.
The machine offers a maximum press pressure of 5T and an adjustable control temperature range from room temperature (RT) up to 200℃, with a temperature error margin of ±2.5°.
It is primarily designed for laboratory and pilot line settings to support research, development, and the scaling up of lithium and sodium battery technologies.