CT-Lab Stuttgart is a specialized facility based in Stuttgart, Germany, providing advanced computed tomography (CT) solutions for industrial and scientific applications. The laboratory focuses on non-destructive material testing, component analysis, and metrology, leveraging industrial CT scanning and X-ray imaging to deliver detailed insights across scales. As a business registered as CT-Lab UG (haftungsbeschränkt), the company offers high-resolution 3D and 2D imaging services, rapid CT scans, and technology development to support industries requiring precise, non-invasive evaluation of materials and components.
Combining industrial expertise with academic research, CT-Lab collaborates with partners to advance CT methodologies, including open-source initiatives and educational programs. Its CT solutions are applied in diverse fields such as automotive, electronics, and energy. In the battery sector, the lab specializes in analyzing batteries across their lifecycle—from early R&D stages to troubleshooting post-failure—using non-destructive testing to ensure product safety and performance. This commitment to precision and innovation makes CT-Lab a trusted partner for organizations prioritizing quality and reliability in their products.
Battery Technology
CT-Lab Stuttgart offers specialized CT-based services that address the unique challenges of battery research and manufacturing. Their high-resolution 3D CT scanning capabilities enable detailed imaging of battery components ranging from entire packs down to individual electrode particles. By capturing precise 3D models, the laboratory identifies manufacturing flaws, assesses internal material distribution, and measures degradation over time without damaging the sample. Non-destructive inspection methods ensure that defects such as voids, cracks, or inconsistencies in electrode layers remain undetected until after analysis, supporting rigorous quality control.
The lab employs advanced X-ray imaging (2D) and fast CT scans for rapid evaluations, allowing customers to monitor batteries during accelerated aging tests or performance studies. These methods support research into electrode structures and material interactions, aiding in improving battery design through data-backed insights. For instance, multiscale imaging provides a holistic view: macro-level scans reveal structural integrity, while micro-level scans expose microscopic variations that could impact energy density or longevity.
CT-Lab also applies industry-standard software like VGStudioMAX for data visualization and analysis. Researchers and manufacturers use these tools to compare scans before and after testing to pinpoint changes caused by thermal, mechanical, or electrochemical stress. This capability is vital for failure mode analysis, where root causes of performance declines or safety failures can be traced non-invasively.
Within the battery value chain, the lab’s services enhance R&D by enabling precise studies of electrode architectures and material distribution. During production, quality assurance teams leverage CT scans to flag defective cells early, reducing costs and improving yields. Meanwhile, performance analysis and failure investigations help iterate on designs, ensuring batteries meet or exceed safety and endurance benchmarks. Production optimization is further supported through insights into manufacturing variability, guiding process refinements to achieve consistent product quality.
Business Details
Location: Stuttgart, Germany
Website: https://ct-lab.eu/
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