Xiamen AOAO New Energy Launches New-Generation One-Stop Integrated Lithium Battery Laboratory Solution to Boost R&D and Industrialization of Solid-State & Sodium-Metal Batteries

Xiamen AOAO New Energy Launches New-Generation One-Stop Integrated Lithium battery Laboratory Solution to Boost R&D and Industrialization of Solid-State & Sodium-Metal Batteries

Recently, Xiamen AOAO New Energy Technology Co., Ltd. (AOAO Lab) officially released its upgraded intelligent full-set solution for lithium battery laboratories. Covering equipment and supporting consumables across the entire workflow including electrode preparation, anhydrous and oxygen-free assembly, packaging and electrochemical testing, this solution precisely targets the ongoing research boom in cutting-edge solid-state lithium-metal batteries and sodium-ion batteries. It delivers highly integrated packaged experimental production lines for university research institutes, new energy startups, and forward-looking R&D departments of automobile enterprises, bridging the gap in domestic high-end localized electrochemical laboratory equipment.

Full-Range Equipment Portfolio Covering the Entire Battery R&D Workflow

Drawing on years of experience in developing specialized lithium battery equipment, AOAO Lab has consolidated its core product lines to form a fully closed-loop solution:

1. Front-End Electrode Manufacturing Equipment

Independently developed high-precision electrode calender, electrode coating machine and electrode die-cutting machine feature micron-level pressure and thickness control. Optimized for processing high-demand lithium-metal anodes and Silicon-based Anodes, these devices address industrial pain points such as uneven thickness and surface oxidation of highly reactive metal electrodes, serving as core process equipment for solid-state battery anode research.

2. Core Anhydrous & Oxygen-Free Assembly Equipment

Integrated glove boxes, vacuum chambers and vacuum sealing machines construct an airtight experimental production environment for coin cells and pouch cells. These systems isolate water and oxygen from damaging highly sensitive anode materials including lithium metal foils and sodium metal sheets, perfectly accommodating fundamental research on lithium-metal and sodium-metal batteries.

3. Post-Processing Inspection & Welding Equipment

Supporting battery spot welders, battery capacity testers and other electrochemical testing equipment realize localized substitution of imported equipment across the full lithium battery laboratory workflow: electrode fabrication, cell packaging and cycling performance characterization.

Self-Developed Matching Consumables to Cut Scientific Research Procurement Costs

Beyond hardware equipment, AOAO Lab provides a complete lineup of self-developed battery experimental consumables available for one-stop procurement, including lithium metal foil, sodium metal sheets, coin cell casings, Electrolytes, lithium battery separators and other core battery materials. Industry surveys indicate research institutions previously needed to coordinate with more than ten suppliers to build lithium battery laboratories. By contrast, AOAO’s integrated solution shortens pre-laboratory preparation cycles by over 35% and reduces overall procurement costs by approximately 20%, delivering notable benefits especially for small and medium-sized new energy R&D startups.

Tailored for Booming Cutting-Edge Tracks: Solid-State & Sodium Battery R&D

With semi-solid batteries rapidly being deployed in passenger vehicles and sodium-ion energy storage commercialization gaining momentum, domestic demand for electrochemical laboratory construction keeps rising. Traditional imported lithium battery laboratory equipment suffers from steep pricing, long lead times and slow after-sales support, creating a prominent shortage of high-end domestic laboratory-grade equipment.

AOAO Lab officials stated that the company’s equipment has undergone targeted safety optimization for high-risk cutting-edge materials such as lithium-metal anodes and sodium-based batteries. Key performance metrics—including inert gas circulation stability of glove boxes, ultra-thin low-pressure metal foil rolling precision of calenders, and vacuum chamber airtightness—have been validated via thousands of solid-state battery experimental trials. Multiple full-set laboratory solutions have already been delivered to electrochemical laboratories of top-tier domestic universities and forward-looking research institutes of leading automakers.

Industry Implications: Domestic Lithium Battery R&D Equipment Accelerates Global Expansion

AOAO’s lithium battery laboratory equipment and consumables have already been shipped in bulk to research institutions across Southeast Asia and Europe. The launch of this updated one-stop solution will further strengthen the global competitiveness of domestic lithium battery laboratory equipment in the global scientific research market. Amid accelerated iterations in power battery technology, localized upstream laboratory equipment will lower barriers to developing next-generation high-energy-density lithium batteries from the ground up, laying foundational hardware support for future large-scale industrialization of solid-state and sodium-metal batteries.

Contact us today:

Email: lily@aoaolab.com

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

Address:  Xiamen, Fujian, China