AOTELEC supply many kinds of battery machine for lab research, include planetary ball mill, battery explosion-proof test chamber, thermal shock test chamber, electronics balance scale, thermal chamber for lab battery environment testing, hight temperature tube furnace, muffle furnace, battery comprehensive tester etc.
AOT-MSK-SFM-2L is a Tri-Shaft Planetary Vacuum Mixer with a 2-liter container and PLC Touch Panel Control. Such a vacuum mixer incorporates the unique tri-shaft stirring design to ensure a gas-bubble free blending of complex materials under vacuum with extreme uniformity.
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.
This battery spot welder is specially designed for 18650, 26650, 32650 and 21700 battery packs. 0.05-0.35 mm nickelplated steel and 0.05-0.2 mm pure nickel strip could be welded.
AOT-MSK-ISC is a highly integrated three-in-one battery ISC test system, which can simulate actual tests, and can measure battery voltage, temperature, humidity, and crushing pressure under various environmental conditions.
AOT-BVIR Battery internal resistance tester can be used for measuring the Internal Resistance and Open Circuit. such as Secondary battery, Lead acid battery, Nickle cadmium, Nickle-metal Hydride and Li-ion battery.
The battery cleaner can be used for the following cells and battery packs: Lithium-ion battery packs for handheld electronic products; Lithium-ion battery packs for portable electronics that can be carried or used in a pocket; Other portable electronic products with battery packs that can be carried in a pocket;
This tester is used to test the voltage and internal resistance of the battery,It can test batteries of various specifications and set a variety of ranges.With communication function, it can be used for manual testing or integrated in the machine.
The glassy carbon electrode is abbreviated as GCE, which slowly heats polyacrylonitrile resin or phenolic resin to high temperature (up to 1800C) in an inert atmosphere to form glass-like amorphous carbon, which is suitable for electronic conductor materials for electrodes.