We have technologies for extending battery life from manufacturing to initial use, repeated usage, and recycling.

To support our aspirations of electrification and decarbonization, the battery manufacturing sector is flourishing and expanding quickly. We need a technological leap because incremental technical advancements cannot keep up with exponential development.

As a sector, we want new guidelines for sustainable operations that guarantee the best possible use of priceless raw resources throughout the battery production process through the use of data, quality assurance, and transparency. These guidelines will assure the safety of final products on a bigger scale while preserving business margins and respecting the environment.

The knowledge and use of ultrasonic capabilities by Myoniks provides essential solutions for ground-breaking quality control at different phases of the lithium-ion cell manufacturing process. We quickly and fully check each battery, immediately identifying molecular flaws, examining the larger picture, and providing the production line with useful information.

The foundation of Myoniks is the conviction that a clean, electrified future is possible. Batteries that are secure, efficient, and affordable will be needed in this future in addition to renewable energy sources so that we can utilize energy when and when we need it.

Battery makers are under a lot of strain as a result of the market-wide recalls caused by production problems, the raw material shortage, and the quickly rising demand for batteries, all of which are ripe for disruption. Globally, dozens of new battery production facilities have been announced, some by freshly formed cell manufacturing firms. All of these facilities are seeking cutting-edge engineering that may assist improve workflow, boost productivity, and reduce waste.

By minimizing manufacturing variability, we want to achieve 100% cell testing and classification, improve battery production quality, and decrease waste. As a consequence, we produce batteries that are safer, last longer, and perform better, getting ever-closer to the ideal of absolutely homogenous cells.

Grading of cells according to their capacity and expected lifespan performance is made possible by high resolution, in-line cell inspection, which has a significant positive impact on battery manufacturing. As cells are created and pass through our in-line scanning process, manufacturing metrics enable us to recognize and monitor product variability in real time.

Our system for ensuring the quality of battery cells combines hardware, software, and machine learning algorithms to examine each battery cell that is manufactured in-line using automated machinery.

The testing apparatus is complemented by an intuitive dashboard that was created to assist quality specialists in tracking and reporting cell production variations and ultimately creating predictive models.