AOT-MSK-700 is customized and manually pouch cell case forming machine with Max/ 600 x 600 mm pouch die , used for making large pouch cell in battery research .
This is a simple lab line for coin cell research, If you don't have much budget, we also have another lab line with low cost by changing some small equipment.
AOT company has a full range of lithium ion battery products series:lithium ion battery(Al shell,polymer,cylindrical,energy storage,bike motive,Electric Vehicle,PACK battery),material,equipment.We provide you with a technology improvement program!
AOT-QF650 pneumatic sealing machine is mainly used for laboratory battery material research to make cylindrical batteries. Standard equipped with 18650 cylindrical battery sealing mold , other cylindrical battery sealing molds can also be selected.
AOT-HPS-200H is mainly suitable for hot flat pressing after the battery core is wound. First, place the wound cell on the template, and shape the cell by pressing and heating, so that the thickness of the cell is consistent, the elasticity of the cell is reduced, and the short-circuit rate of the cell is reduced.
AOT-DC-80 die cutting machine is suitable for die cutting of positive and negative plates of pouch cell batteries. It is pneumatically die cutting and can be used in a glove box.
AOT-MSK-120A is an automatic roll-to-roll case/cup forming machine for pouch cell battery production. Polymer casings made from aluminum laminate films can be prepared automatically and at high speed.
AOT-MHW-25-S-16CH it is mainly used in the desktop constant temperature test box for pouch cell battery & button battery laboratory testing. It is more suitable for small-scale research and development and experimentation. It occupies less than half a square meter, freeing up more desktop space, and can observe the experiment situation in the b1
AOT-QFZ is a coating adhesion tester is used to measure the adhesion ability of various coating films to the surface of the object to be coated. The adhesion performance of the paint film was measured by the circle track method, and the integrity of the paint film within the scratch range of the circle rolling line was used to evaluate the adhesion1