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Solid-state cutting and stacking all-in-one machine
The reel is automatically corrected, the protective film is automatically recovered and corrected, and the overall deviation correction of the reel module is corrected as a whole to ensure the cutting accuracy. Overroll plated DLC treatment, wear-resistant and anti-stick. Adhesion rod anti-stick treatment. The mold is installed with a marble platform. Servo cylinder drive mold punching, accurately controlling punching speed and punching depth, and preventing extrusion polar coating. The mold is equipped with a large stroke guide column, and the cylinder removes the upper mold at a certain height to realize online manual cleaning of the mold. The press clamping mechanism and clamping claw traction are used to achieve pole feeding, and the splint is iron-plated fluoron treatment to avoid adhesion to the electrode and ensure the feeding accuracy. The robot is used to take the film, and the CCD takes photos during the transfer process to correct the position and directly fold the plate to avoid pole adhesion.
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Category:
Full-automatic cutting and stacking machine
Hotline:
Solid-state cutting and stacking all-in-one machine
Core technology: clay material rolling mechanism
- The reel is automatically corrected, the protective film is automatically recovered and corrected, and the overall deviation correction of the reel module is corrected as a whole to ensure the cutting accuracy.
- Overroll plated DLC treatment, wear-resistant and anti-stick.
- Adhesion rod anti-stick treatment.
Core technology: die-cutting mechanism
- The mold is installed with a marble platform.
- Servo cylinder drive mold punching, accurately controlling punching speed and punching depth, and preventing extrusion polar coating.
- The mold is equipped with a large stroke guide column, and the cylinder removes the upper mold at a certain height to realize online manual cleaning of the mold.

Core technology: viscous material conveyor mechanism
- The press clamping mechanism and clamping claw traction are used to achieve pole feeding, and the splint is iron-plated fluoron treatment to avoid adhesion to the electrode and ensure the feeding accuracy.

Core technology: stacking mechanism
- The robot is used to take the film, and the CCD takes photos and corrects the position directly in the transfer process to avoid the adhesion of the polar film.

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