Research & Technology

Battery recycling is a highly interconnected process. The SBTC studies material properties and process dependencies to identify ways to improve efficiency and recovery rates.

The SBTC investigates how EV batteries can be automatically disassembled. Using flexible systems supported by AI, the team develops safe and efficient methods for future battery recycling.

Research at the SBTC focuses on optimizing battery systems through material innovation and advanced engineering. The goal is to enhance energy density while reducing weight and resource consumption.

The SBTC studies battery performance and degradation through systematic testing. The goal is to understand lifetime behavior and suitability for various use cases.

At SAMC, our fiber drawing tower enables groundbreaking research in photonics—pushing the boundaries of optical fiber development through cross-institutional collaboration.

As a center focused on advanced manufacturing technologies, SAMC masters laser welding of metallic components benefiting from advanced equipment and people with extensive background in the field

Our heat treatment services enhance the performance and reliability of metallic components through precise thermal processes tailored to each material and application.

At SAMC, precision doesn’t end with production—it continues through rigorous analysis.