ACEY-GS200A Compact Automatic Spot Welding Machine is designed for series and parallel welding of cylindrical cells before battery pack assembly. It supports 14500, 18650, 21700, 26650, and 32700 cells, with module sizes up to 400 × 300 × 200 mm. The machine supports AutoCAD data import and welding point tracking. Its current monitoring system records welding current and provides alarms for weak, false, or missed welds. Single-, double-, and triple-point welding modes are available, with adjustable weld pitch.
ACEY-10000T spot welding machine is a compact gantry spot welding solution designed for small-batch battery pack production, prototyping and sample preparation, with 10000A transistor welding power and intelligent weld monitoring.
ACEY-D300BS Automatic Double-Sided Battery Spot Welding Machine is designed for single-cell series and parallel spot welding prior to PACK assembly. It features an in-line conveyor welding system, allowing seamless integration with existing production line tracks and improving overall manufacturing efficiency.
ACEY-S200A can be matched with the production line of lithium battery group, suitable for battery pack spot welding and assembly in the factory for 14500/18650/21700/26650/32650/32700 multi-parallel multi-series combination
ACEY-8000T manual battery spot welding machine is suitable for assembling and welding cylindrical lithium battery packs such as 18650, 21700, 26650, 32700, and 32140. The equipment has functions such as weld point tracking, explosion detection, false welding, and missing welding monitoring, recording, and alarms, and is suitable for welding battery packs for small batches of products.
ACEY-D300B double-sided automatic battery spot welding machine is an automated welding equipment used for welding cylindrical lithium battery modules such as 14500/18650/21700/26650/32650/32700/33140. The equipment adopts a left-right dual-welding head structure, enabling simultaneous double-sided welding of materials such as nickel sheets and copper-nickel composite sheets. This allows for one-time completion of the positive and negative electrode connections, reducing processes and significantly improving production efficiency and weld quality. It is widely used in battery pack assembly plants, energy storage system manufacturers, power tool brands and OEMs, robot and AGV manufacturers, consumer electronics manufacturers, and research institutions/R&D centers.
