Cell Lab Semi-Auto Die Cutter [Precision Electrode Sheet Cutting for Pouch Cell Production]

Cell Lab Semi-Auto Die Cutter [Precision Electrode Sheet Cutting for Pouch Cell Production]

High-accuracy electrode cutting solution for consistent pouch cell fabrication

The Cell Lab Semi-Auto Die Cutter is specifically designed for precision cutting of battery electrode sheets during pouch cell manufacturing. It ensures accurate shaping of both anode and cathode sheets with collector tabs, enabling uniform electrode dimensions for high-quality stacking. With optional custom cutting dies, it supports a wide range of pouch cell formats in research and pilot-scale production.

Key Features

• • Accurate Die Cutting: Guarantees ±0.1 mm precision for repeatable, high-accuracy cutting results.

  • High Pressure System: 3-ton pneumatic cylinder delivers strong, clean cuts with consistent force.

  • Flexible Die Options: Includes standard 200 × 300 mm die; custom die dimensions available upon request.

  • Efficient Throughput: Manual feeding system achieves 800 – 2000 pieces per hour output.

  • Production Line Integration: Seamlessly compatible with pouch cell forming and sealing processes.

Technical Specifications:

Applications & Industries

• Pouch cell R&D and pilot manufacturing

• Electrode preparation for lithium-ion batteries

• Battery material laboratories and universities

• Custom cell design and prototyping lines

• Cleanroom and dry-room research environments

FAQ

Q1: Can this machine cut both anode and cathode electrodes?
Yes, it supports both anode and cathode electrode sheets, with or without tab extensions.

Q2: Is the die size customisable?
Absolutely. Standard die size is 200 × 300 mm, but custom sizes can be produced based on user specifications.

Q3: What air pressure is required for operation?
A clean and stable air supply between 0.5 – 0.8 MPa is required for consistent cutting performance.

Q4: Is this machine suitable for large-scale production?
It is mainly designed for laboratory and pilot-scale pouch cell assembly, offering precision rather than mass throughput.

Q5: What equipment is needed after electrode cutting?
After cutting, pouch cell fabrication typically continues with a Pouch Cell Case Forming Machine and a Sealer for enclosure preparation.

Note: After electrode cutting, pouch cell fabrication requires a Pouch Cell Case Forming Machine and Sealer for final assembly.