RY-300 Manual Hot Press Moulding Machine

RY-300 Manual Hot Press Moulding Machine

The RY-300 Manual Hot Press Moulding Machine is designed for controlled hot pressing of polymer battery cores and supercapacitor cores during laboratory and pilot-scale manufacturing. In pouch-cell workflows, hot pressing is commonly used after stacking or winding to improve thickness uniformity, flatten the cell body, and support more consistent downstream packaging and sealing. This unit combines heated press platens with adjustable dwell time so researchers can apply repeatable thermal and mechanical shaping conditions to flexible electrochemical assemblies.

Principle of operation

The system uses a heated press plate arrangement to apply pressure and temperature simultaneously to the sample. The operator places the cell stack or core between the platens, sets the required temperature and pressing time, and initiates the pressing cycle. Controlled heating softens and stabilises the laminate structure, while compression improves contact, shape retention, and dimensional consistency. This is especially useful for polymer batteries, laminated pouch cells, and supercapacitor cores that require careful flattening before further testing or packaging.

Key features and specifications

• Press plate size: 300 × 300 mm
• Maximum press pressure: 5 T
• Control temperature range: room temperature to 250 °C
• Temperature accuracy: within ±2 °C
• Pressing holding time: 0–999 s adjustable
• Power: 5500 W
• Power supply: AC 110 V/220 V, 50/60 Hz
• Air supply: 0.6–0.7 MPa, 20 L/s
• Preset temperature and dwell-time control
• Abnormal temperature alarm for safer operation
  
  

Applications and compatibility

This hot press is suitable for:

• Lithium polymer and pouch-cell research
• Supercapacitor core hot pressing
• Cell shaping before pouching or sealing
• Battery R&D lines and pilot manufacturing environments
  
  

Why choose ScienceGears

ScienceGears supports researchers across Australia and New Zealand with battery testing, electrochemistry, and materials research equipment. This system fits naturally alongside related workflows involving battery cyclers, potentiostats, electrode preparation tools, and other battery assembly instruments, helping labs build a more complete and reliable research platform.