MQ100-H Manual Electrode Die Cutter Machine

Precision Electrode Cutting for Pouch Cell Research

The MQ100-H Manual Electrode Die Cutter Machine is a compact hydraulic cutting system designed for preparing pouch cell electrode sheets in battery research laboratories. It is used to punch coated anode and cathode sheets into repeatable shapes for stacking-type pouch cell assembly. The hydraulic mechanism applies high mechanical force through a die set, enabling clean edge formation and consistent electrode geometry, which is important for reliable cell fabrication and reduced variability during electrochemical testing.

Working Principle and Key Features

During operation, the electrode sheet is positioned beneath the cutter die and compressed using the manual hydraulic lever. This produces a controlled die-cutting action with good repeatability and low operator complexity. The system is suitable for research environments where flexibility, low footprint, and customised die formats are valuable.

Key specifications include:

• Cutter die size: max. 120 × 100 mm, customisable
• Knife life: more than 30,000 cycles
• Die cutting stroke: 35 mm
• Max. pressure: 8 T
• Dimensions: 223 × 170 × 325 mm
• Weight: 25 kg
  
  

Typical Applications and Compatibility

This manual electrode die cutter is mainly used for pouch cell electrode sheet cutting for stacking pouch cell batteries. Its compact bench-top format makes it suitable for battery R&D labs, pilot-scale material screening, glove-box workflows, and universities developing lithium-ion, sodium-ion, solid-state, and related electrochemical cell formats. It is commonly used alongside slurry mixers, coating machines, rolling presses, vacuum ovens, sealing systems, and battery cyclers.

Why Choose ScienceGears

ScienceGears supports Australian and New Zealand researchers with application-focused guidance, local technical communication, and access to complementary battery research instruments. This helps laboratories build a more complete electrode fabrication and battery testing workflow, from material preparation through to electrochemical evaluation.