Desktop lamination machine (diaphragm roll 120)

Name: 26700 insulating trip
Brand: Canrud
Price: 6.04 USD
Availability: InStock

Model：

CAN-LAM52-0120DL

Applied range：

Thismachine is mainly used for the lamination of square lithium ion battery and metal lithium battery core. The working process is as follows: unwinding the diaphragm, correcting the deviation of the diaphragm, passing the roller, and introducing the stacking table; The manipulator drives the diaphragm to move back and forth in Z-shape. The suction cup takes out the positive electrode and the negative electrode from the left and right material boxes (with shaping) respectively, and directly stacks them on the stacking table. After the lamination is completed, the clamp pulls out the battery core to automatically cut off the diaphragm, returns to the manual material taking position, and rotates 90 degrees, finally, take away the battery cell manually.

Date issued：

2025-01-06 19:27:39

Equipment Size：

900mm(length) × 750mm (width) × 800mm (height)

Weight：

180kg

Details

This desktop lamination machine, model CAN-LAM52-0120DL from Canrd, is developed for precision stacking and winding processes in the production of prismatic aluminum case batteries, metal lithium batteries, and other battery cell assembly lines. Designed to accommodate a diaphragm roll width of 120 mm, it supports reliable lamination of electrode stacks with consistent alignment and tension control. The equipment features a compact desktop form factor suitable for research-scale or small-batch production environments where space efficiency and process reproducibility are critical. Its integration into winding and stacking equipment categories makes it applicable for both prototype development and pilot-scale manufacturing of lithium-ion cells. With emphasis on structural stability and ease of operation, this unit is intended to facilitate the transition from laboratory experiments to early-stage battery production without sacrificing accuracy. It serves as a practical tool for material characterization, cell assembly optimization, and electrode stack quality evaluation.

equipment weight	180KG
power	2KW
Equipment size	790mm (length) × 610mm (width) × 720mm (height)
power supply	AC220V/50Hz

qualified rate	98% (only caused by this machine, excluding incoming NG)
equipment failure rate	≤ 3% (failure caused by this machine only)
Single-chip lamination efficiency	≤ 3 ~ 5S/piece (when the material box is placed single, the speed depends on the manual feeding speed)
lamination layer number	settable within the thickness adaptation range
auxiliary time	≤ 20s
equipment noise	≤ 75 db (measured 1 meter away from the equipment)
diaphragm head and tail alignment accuracy	± 0.5mm
overall alignment accuracy of pole pieces	± 0.3mm,CPK ≥ 1.33
crop rate	95% (failure caused by this machine only)
change time	10~30 minutes
center deviation of alignment accuracy between pole piece and diaphragm	center deviation ± 0.3mm
diaphragm end face alignment accuracy	± 0.3mm
alignment accuracy of adjacent pole pieces	± 0.25mm

This machine is mainly used for the lamination of square lithium-ion batteries and metal lithium batteries. The working process is as follows: unwinding the diaphragm

1. The device can be compatible with the negative electrode being copper-lithium composite tape (sheet) or metal lithium tape (sheet), and only a single sheet can be placed at a time;

2. The equipment can be compatible with graphite pole pieces, which can be put multiple or single sheets at a time;

3. Avoid metal powder from moving parts in contact with the product;

4. The overall circuit appearance of the equipment is neat and beautiful, and the movable mechanism adopts the towing chain installation circuit;

5. The equipment electric control box (outside the glove box) is linked to the equipment through a closed aviation plug, which is convenient for the equipment to be put into the glove box for use;

6. The exhaust of the solenoid valve is arranged in the glove box, and the compressed gas medium is the same as the gas medium in the glove box;

7. The manipulator sets the film shaking function to reduce the number of films; & nbsp;

8. The suction cup manipulator moves back and forth, and the lamination efficiency is high;

9. stacking table adopts sliding table structure, servo precise positioning, high stability, stacking table motor lifting, to ensure the lamination process pressure claw pressure constant;

10. The positive and negative pressing claws are designed separately to avoid mixing of positive and negative materials;

The pressing claw has an automatic pressure relief function after each lamination is completed to ensure that the pole piece has no indentation in visual inspection;

12. The diaphragm is unwound, and the diaphragm is pulled back by torque by default;

13. positive and negative electrode plate handling mechanism linkage arrangement, using soft suction nozzle and plastic guide column, no metal chips;

14. with positive and negative plate shaping device to ensure the precision of lamination;

15. The diaphragm is cut with resistance heating wire to ensure that the diaphragm incision is neat and does not draw wire;

16. the cell is blanking by hand rotating and out of position, and the cell is manually taken away;

17. The electric box is set outside the glove box and placed separately from the equipment in the glove box. The power supply and control signals between the two are connected through the aviation plug;

18. The program is written with safety protection, action interlock, accurate alarm and operation prompt.

19. The equipment has friendly interface, easy operation and simple maintenance.

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Desktop lamination machine (diaphragm roll 120)

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