Small Batteries Power the Future! Xiamen AOAO New Energy Supplies Full-Set Experimental Equipment for Researchers

Small Batteries Power the Future! Xiamen AOAO New Energy Supplies Full-Set Experimental Equipment for Researchers

Many university laboratories and R&D start-ups often face a major headache when developing new types of batteries. Electrode calendering machines are required for electrode sheets, coating machines for film coating, vacuum sealing machines for coin cell packaging, and glove boxes to handle reactive metals such as lithium and sodium

With such a wide range of equipment, plus lithium foil, sodium sheets, Electrolyte, battery separators and other consumables that need to be sourced separately, researchers have to liaise with dozens of suppliers. This not only wastes a great deal of time, but also leads to mismatched equipment and inconsistent material specifications, which hold up experimental progress.

Recently, Xiamen AOAO New Energy has found a precise solution to researchers’ procurement troubles. Supported by its AOAO lab platform, the enterprise specializing in Lithium battery experimental equipment can provide one-stop supply, including electrode roller presses, calendering machines, electrode die-cutting machines, battery spot welders, battery capacity testers, vacuum chambers, vacuum sealing equipment, coin cell cases, lithium metal foil, sodium metal sheets, Electrolyte and other battery materials. The whole set of experimental production line equipment and consumables can be delivered as a complete package.

Whether it is electrochemistry research groups in universities exploring cutting-edge topics such as sodium-ion batteries and lithium-metal batteries, or new energy start-ups carrying out small-scale trials of new materials, there is no need to shop around among multiple suppliers. The full range of machines and raw materials covering the whole process — from electrode calendering and coating preparation to battery vacuum packaging and finished product performance testing — can be sourced all at one place at AOAO. The equipment boasts high compatibility, and the specifications of consumables can fully meet experimental requirements.

Many researchers commented that they used to spend half a month just communicating with different suppliers. Now they can entrust the laboratory setup to AOAO, and devote all their energy to optimizing battery formulas and structures. Reliable and comprehensive hardware support has greatly accelerated the R&D progress of new energy storage batteries.

Professor Wang from the electrochemistry research group of a top-tier university spoke highly of the company: “When we set up our sodium battery laboratory previously, we had to source roller presses, glove boxes and sodium metal sheets from three or four different vendors. The delivery times varied widely, and the equipment parameters failed to match each other. After we partnered with AOAO, the complete set of equipment and consumables were delivered at the same time. Their engineers also helped us check the experimental plan and adjust equipment parameters. Our project got off the ground at least two months earlier, saving us a huge amount of trouble.”

Rooted in Xiamen, this new energy enterprise is laying a solid hardware foundation for scientific research teams nationwide, and continuously supporting breakthroughs in next-generation energy storage technologies.

Contact us today:

Email: lily@aoaolab.com

Website: https://www.aoaolab.com/

Address:  Xiamen, Fujian, China