Efficiency and quality for a sustainable energy future.
Battery production is a fundamental part of modern energy storage and electromobility. With increasing demands for battery capacity and lifespan, precise manufacturing and quality control are of crucial importance. Our innovative magnetic field sensors allow you to accurately monitor current distribution in battery-powered systems and detect sources of errors at an early stage. Optimize your production and contribute to a more sustainable energy future.
B-Tech Facts
Maximum precision for efficient and error-free battery production.
With B-TECH sensor technology, you can optimize your production while enhancing the quality of your batteries.
- Optimization of Production Quality
B-TECH enables precise real-time monitoring of critical production processes in battery manufacturing, such as cell and pack assembly, to identify errors early and maximize product quality.
- Seamless Integration
The B-TECH technology can be easily integrated into existing automated production lines without disrupting the production flow.
- Reduction of Scrap
By accurately inspecting and identifying errors and irregularities during the manufacturing process, waste and material losses are minimized, increasing production profitability.
Evaluation of Battery Module Interconnection
Our innovative technology enables non-destructive analysis of current distribution in battery modules during the charging and discharging process. Magnetic field measurement helps detect anomalies early without opening or damaging the battery. This provides valuable insights for quality assurance and the further development of modern battery technologies.
- Detection of anomalies in current flow through magnetic field analysis
- Non-destructive testing during operation
- Optimization of process parameters
Testing of Pouch Cells
Irregularities in pouch cells can affect performance and lifespan but are often difficult to detect. Magnetic field measurement provides a way to examine weld seam defects at cathode and anode connections as well as irregularities in electrodes non-destructively. This method can help identify quality deviations early and systematically optimize manufacturing processes.
- Early detection of defects in weld seams and electrodes
- Non-destructive analysis during operation
- Additional insights for targeted process optimization
