LB-TB300 Edge Hotting Machine

LB-TB300 Edge Hotting Machine

The LB-TB300 Edge Hotting Machine is a laboratory-scale thermal edge forming system designed for lithium pouch cells and supercapacitor devices after edge folding. Its function is to apply controlled heat and pressure to the folded pouch edge so the laminate is shaped more uniformly, helping improve edge finish, reduce sharp folds, and support more consistent pouch geometry during cell assembly.

Working Principle

This system uses a heated copper work station to transfer heat efficiently across the pouch edge region. The operator places the folded pouch section onto the hot platform, and the controlled heating process softens and forms the laminate edge under stable thermal conditions. Because copper offers high thermal conductivity, heat distribution is more uniform across the contact area, which is important for repeatable edge shaping in research and pilot-scale battery fabrication.

Key Features and Specifications

• Model: LB-TB300
• Voltage: AC 110/220 V, 50/60 Hz
• Power: 1500 W
• Hot platform size: 300 mm × 150 mm
• Temperature range: 0–250 °C with digital display
• Heating tube: 500 W
• Heating mechanism: copper heating work station
• Dimensions: 380 mm × 200 mm × 165 mm
• Weight: 20 kg
  
  

Applications and Compatibility

This machine is suitable for:

• lithium-ion pouch cell research
• lithium polymer battery fabrication
• supercapacitor pouch processing
• battery prototyping and pilot-scale development

It fits well into a broader pouch cell workflow alongside edge cutting machines, edge folding machines, vacuum sealing systems, battery cyclers, and electrochemical testing platforms.

Why Choose ScienceGears

ScienceGears supplies specialised battery research instruments for laboratories across Australia and New Zealand. By sourcing this edge hotting machine through ScienceGears, researchers gain access to application-focused support, integration advice for pouch cell assembly workflows, and compatibility guidance with related battery testing and electrochemistry equipment.