Product Description
Semi-Automatic Electrode Die Cutter Cutting Machine For Pouch Cell
Description:
Semi-automatic electrode die cutter is a versatile machine for precision cutting of electrodes. The semi-automatic electrode die cutting machine offers efficient and accurate die cutting with semi-automated functionality. The cutting machine is suitable for various pouch cell electrode materials and sizes, ensuring consistent results. It reduces manual effort and enhance2.s productivity in battery manufacturing.
Features:
Replacement of die cutter is convenient, quick, and consumable (die cutter is life about 30000 times);
Manual and continuous feeding, automatic discharging, and can automatically separate waste;
No quality defects such as burrs, off powder, indentation;
Between manual and automatic, high efficiency, 800-2000 / per hour;
Simple operation, safe and reliable, beautiful appearance, small size.
Basic Parameters:
Model | Battery Electrode Die Cutter Machine AOT-DC-300 |
Work Voltage | AC110V/220V, 50/60HZ |
Power | 100W |
Warranty | One-year limited warranty with lifetime support |
Max cutter die size | 300mm(L) * 300mm(W) |
Die Set Dimensions | One set of standard electrode die is included. within the dimensions: 200mm(L) *300mm(W) Customized size die is available upon request |
Safety Protection | Built-in Safety Curtain to protect against hand injuries during electrode feeding Double start press button |
Cutting Accuracy | ±0.1mm |
Air Cylinder | 3 tons Max. pressure |
Tensile Cylinder | 0.15 tons pressure |
Cutting stroke | 250mm |
Feeding | Manually |
Production Yield | 800 - 2000 pieces of electrodes per hour |
Air Pressure | 0.5-0.8Mpa |
Dimension (L*W*H) | 650*550* 900mm |
Net Weight | 160kg |
Product Pictures
advantages of Semi-Automatic Electrode Die Cutting Machine
High Precision: Ensures accurate and consistent electrode cutting with minimal variations.
Efficient Operation: Semi-automatic functionality improves productivity by reducing manual effort and time.
Versatility: Designed to accommodate various pouch cell sizes and electrode materials.
Easy to Use: User-friendly interface enables convenient operation and quick setup.
Reliable Performance: Robust construction and advanced components ensure long-lasting and reliable performance.
Safety Features: Incorporates safety mechanisms to protect operators and prevent accidents.
Exhibition
Certificate
FAQ
1. What is pouch cell semi-automatic electrode die cutter?
The pouch cell semi-automatic electrode die cutter is a machine used for precise cutting of electrodes in pouch cell battery manufacturing. It offers several advantages, such as efficient and accurate cutting, adjustable cutting parameters, high repeatability, and user-friendly operation. The machine helps to improve productivity, ensures consistent electrode dimensions, and reduces material waste. It is widely used in the production of pouch cell batteries in research and industrial settings.
2.semi-automatic electrode die cutter
Semi-automatic Electrode Die Cutter plays a key role in the battery manufacturing process. It can automatically or semi-automatically complete the cutting work of the electrode sheet, which significantly improves the production efficiency. Through precise mold design and adjustment, the device can ensure that the size and shape of the electrode sheet meet the design requirements, thus guaranteeing the performance and quality of the battery. In addition, the semi-automatic operation mode makes the device more flexible and easy to cope with different specifications and requirements of electrode cutting tasks.
3.semi-automatic electrode die cutter process
The machine uses a preset program and tool to precisely cut the electrode sheet to form the desired specific shape. The operator needs to place the electrode sheet on the machine workbench, set the cutting parameters and start the machine. The machine automatically completes the cutting action, during which manual assistance may be required to adjust or confirm the cutting effect until all cutting tasks are completed. This process increases production efficiency, ensures cutting accuracy and is an integral part of industries such as battery manufacturing.