Product Description
Function Description: The CCD Stacking Machine of the 450 Type is an advanced cell-making device designed for the precise z-shaped lamination of anode and cathode plates with a separator in lithium-ion battery cells. It initiates the process with the folding of the anode, offering flexibility for same-side or opposite-side configurations. Upon completion of lamination, the machine applies heat to the separator and attaches side glue for a secure bond. The machine is equipped with optional configurations that enhance its adaptability, including variable pasting modes for side or flat glue, adjustable end coil separator settings, and integration capabilities with a cutting and folding machine for post-process dust removal.
Our Advantages
Technical Parameters:
Item |
Specification |
Electrode Location Mode |
CCD Visual positioning |
Single Piece Efficiency |
0.5-1 second per piece |
Compatible Electrode Size (Length) |
300-450mm |
Compatible Electrode Size (Width) |
80-150mm |
Stacking Table Structure |
Air Cylinder pressure claw |
Ultrasonic Missing Angle Detection |
Standard feature |
Alignment of Adjacent Electrodes |
±0.3mm |
Overall Alignment of Electrode |
±0.5mm |
Alignment Between Electrode and Separator |
±0.5mm |
Separator Cut-off and Reverse Closure Time |
≤12 seconds |
Dusting Mode |
Equipped with FFU for dust removal |
Separator Electrostatic Removal |
Standard feature |
MES Function |
Capable of docking with MES system |
The 450 Type CCD Stacking Machine is a high-precision, automated solution for lithium-ion battery cell manufacturing. Its CCD visual positioning ensures accurate electrode placement, contributing to the production of high-quality battery cells. With a single piece efficiency of 0.5-1 second per piece, this machine significantly boosts production throughput. The machine's compatibility with a range of electrode sizes and its advanced features like ultrasonic missing angle detection and dust removal capabilities make it a versatile and efficient choice for cell makers seeking to automate and optimize their battery cell production processes.
All kinds of cell