McAlister Design & Automation, a subsidiary of Wauseon Machine, a supplier of automation options, tube forming applied sciences, precision machining, and fabrication, reveals its new Battery Check and Meeting System.

This market-leading battery system permits the inspection and testing of battery cells and meeting of battery packs, generally utilized in electrical autos and client merchandise. The system has been developed to assist market adjustments and future development.

The Battery Check & Meeting system permits battery pack producers to make sure the standard of their product meets or exceeds the necessities for its design.

The Battery Check and Meeting System checks every particular person battery cell earlier than incorporating it within the pack, mitigating the variety of packs that falter due to a possible challenge with a single battery cell.

McAlister Design & Automation designed this technique in response to the fast improve in demand for electrical autos, energy instruments, and digital residential tools.

The system makes use of industry-standard battery cell packaging, minimizing the quantity of operator dealing with through the introduction to the testing and meeting course of.

Moreover, McAlister Design & Automation modeled the Battery Check & Meeting System across the 2170 battery for broader software advantages, together with the various industries beforehand talked about.

In immediately’s market, knowledge monitoring and storage permits traceability and is a vital side of producing operations.

This Battery Check & Meeting system options the potential to seize, retailer, and analyze battery cell and pack knowledge.

This grants producers the flexibility to hint battery pack and cell efficiency over the complete life cycle of their product – enabling producers to handle incoming provider high quality and hint defects throughout their worth stream.

The system has a singular give attention to flexibility – utilizing imaginative and prescient steerage for robotic elements, six axis robots, and conveyors – permitting the system to be modified or reconfigured for various battery sizes or battery pack configurations.

The system design additionally options asynchronous testing and meeting stations, maximizing its throughput and minimizing the period of time it takes to assemble a battery pack. Plus, its pre-engineered software program makes for an simply scalable and adaptable system.

To accommodate lithium-ion batteries, that are particularly hazardous, the system affords built-in dunnage inspection, offering fireplace hazard mitigation and a safer working atmosphere for system operators.