This equipment is mainly composed of three parts, namely the main box, the transfer room and the side door. There are 2 glove ports. In front of the main vacuum glove box, the inside of the box can be clearly seen. Can also be customized according to customer requirements.
AOT-DP200 battery stacking machine is a manual laminating machine. It is an ideal tool for stacking multiple layers of positive & negative electrode and separator for pouch cell battery. This is used for lithium battery stacking process, put the cathode, anode electrode and battery separator Z shaped lamination.
AOT-MSK-300is a semi-automatic roll slitting machine for preparing electrode of cylinder batteries and pouch cell in laboratories.Eelectric slitting machine can be applied to the precise slitting process of positive and negative plates of lithium ion batteries. Sheet feeding, upper and lower circular knife slitting, electric drive,1
AOT-MSK-HRP-01 is a compact hot rolling cylinder press, max. The working temperature is 100℃. It is specially designed for preparing battery electrodes inside and outside the glove box. It is compatible with Ar gas. In lithium-ion battery research, applications such as increasing the density of electrode active materials after coating are very effe1
AOT-MBT-12-LD is suitable for testing the flexibility of battery electrode sheets or films. It is a manually operated mandrel bending tester with 12 cylinders of various sizes, including 2, 3, 4, 5, 6, 8, 10, 12, 16, 20, 25, 32mm diameter.
AOT-MSK-180 is a CE certified precision electrode die-cutting machine that accepts size customization. It is a must-have tool for producing specific shapes of positive and negative electrodes with current collectors in pouch cell production lines. IR sensor built into the front of the machine for safe operation.
AOT-MSK-131 provides a uniform pressure load and temperature environment for the tested pouch cells for more efficient and high-quality SEI formation. This hot press has precise and constant pressure delivery up to 400 kg and the maximum temperature is 150°C.
Zinc metal chips has excellent properties such as high capacity, non-toxicity, relatively low redox potential (-0.76V vs SHE), high safety, and low cost, and has been considered as an ideal anode material for primary and secondary zinc batteries.