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Manual Die Cutting Machine for Battery
Our manual die cutting machine for battery is designed for manual die‑cutting of coated and calendered electrodes for lithium‑ion batteries – both anode and cathode. This manual punching machine for electrode cutting features a 350×350mm punching area, <380mm web width, and a 10T pneumatic‑hydraulic cylinder. As a laboratory manual die cutter for pouch cell, it handles aluminum foil (12–25μm, total 70–150μm) and copper foil (8–25μm, total 70–150μm) with laser-cut dies (minimum 2mm gap between blades). Achieve 95% uptime and 99% first‑pass yield.
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Manual Die Cutting Machine for Battery – Precision Electrode Punching for R&D & Pilot Production
What Is a Manual Die Cutting Machine for Battery?
A manual die cutting machine for battery is used to punch shaped electrodes from coated and calendered continuous webs or sheets. It is essential for R&D labs and pilot lines to produce precise anode and cathode samples for pouch cells, coin cells, or prismatic prototypes. Our machine is specifically built for intermittent coating electrodes after calendering, ensuring clean cuts with minimal burr.
Manual Punching Machine for Electrode Cutting – Key Technical Specifications
This manual punching machine for electrode cutting delivers the following performance:
| Parameter | Specification |
|---|---|
| Punching area | 350 × 350 mm |
| Web width (max) | <380 mm |
| Anode foil | Aluminum: 12–25μm; total electrode thickness 70–150μm |
| Cathode foil | Copper: 8–25μm; total electrode thickness 70–150μm |
| Die type | Laser-cut die (minimum gap between blades: 2 mm) |
| Driving power | Pneumatic‑hydraulic booster cylinder, max pressure 10T |
| Uptime (availability) | 95% (failures caused only by this machine) |
| First‑pass yield | 99% (defects caused only by this machine) |
The machine uses a robust pneumatic‑hydraulic system to generate up to 10 tons of force, ensuring clean cutting through multi‑layer electrode stacks. The laser-cut dies provide sharp, precise edges with minimal wear.
Laboratory Manual Die Cutter for Pouch Cell – Applications & Benefits
As a laboratory manual die cutter for pouch cell, our machine is ideal for:
R&D labs – Producing small batches of electrodes for prototype pouch cells.
Material research – Testing new electrode formulations with quick die changes.
Quality control – Sampling electrodes from production lines for dimensional checks.
Pilot lines – Small‑scale electrode punching before full automation.
Key benefits:
Large punching area – 350×350mm accommodates most R&D electrode sizes.
High force – 10T capacity handles thick or dense electrodes.
Flexible die compatibility – Laser-cut dies with 2mm minimum blade gap.
Reliable – 95% uptime and 99% yield ensure consistent sample production.
Manual operation – Simple, low‑maintenance, ideal for intermittent use.
Why Choose This System for Electrode Die Cutting?
Precision – Clean cuts, compatible with thin foils (8μm copper, 12μm aluminum).
Powerful – 10T pneumatic‑hydraulic cylinder cuts through total thickness up to 150μm.
Easy die change – Laser-cut dies are quick to replace; minimum blade gap 2mm.
Cost‑effective – No complex automation – perfect for labs and pilot lines.
✂️ Large punching area – 350×350mm, fits most R&D electrode formats.
💪 10T cutting force – Pneumatic‑hydraulic booster, handles thick electrodes.
🔬 R&D ready – 95% uptime, 99% yield, compatible with laser-cut dies.