High speed cut-stack-press machine is essential equipment for lithium battery manufacturing, integrating the processes of electrode cutting, stacking and pressing. This machine employs a high-precision control system that combines precision vision inspection and real time data monitoring to significantly enhance production efficiency and product quality.
Cut-Stake Speed
≤0.125s/pcs for four stations
Equipment Efficiency OEE
≥80%
High Precision
The neural network model of the ATW AI platform employs dynamic re-sampling technology, capable of detecting defects as small as 3 pixels, to improve product pass yield. The separator alignment utilizes both in-transit correction and overall correction to achieve high alignment precision
High Robustness
The integration of traditional algorithms and deep learning adapts to various material surfaces, reducing the likelihood of missed inspections and enhancing quality and yield
High Compatibility
The program can be flexibly switched between compatible products through a one-click model change function
High Flexibility
Modular programming enables easy configurations of various solutions and reduces the debugging cycle. Each defect inspection item can be individually enabled or disabled, enhancing expandability and maintenance convenience. The taping sequence can be set to ensure good compatibility and flexibility
Low Sample Requirement
The "Flow-Short Model" reduces the need for samples. GPU acceleration increases inspection speed to meet high output demands