Applications
Tomo Industrial CT Drives Industry Innovation
By performing CT scans on biological tissues, three-dimensional models can be obtained non-invasively, allowing researchers to gain a deeper understanding of the internal structures of various plants and animals and how they interact. For example, studies on plant development and organ morphogenesis, as well as modeling of plant transport processes. Additionally, research on the structural and physiological characteristics of animal tissues such as bones, teeth, and cartilage is significant for understanding diseases related to bones, teeth, and cartilage degeneration.
Deep-Sea Organisms - Structural Analysis
Tomo Industrial CT provides researchers with the ability to explore internal details of organisms through precise measurement and reconstruction of their internal structures and morphology. This technology enables researchers to delve into the internal structures and physiological characteristics of organisms, offering a powerful tool for species identification, ecological and behavioral studies, and physiological research.
Wood - Fluid Analysis
Tomo Industrial CT can provide high-resolution three-dimensional images of plant organs and structures, helping researchers better understand the role of tissue structures in the transport of water, gases, and nutrients.
Wood Board - Load Analysis
Carbonized Flowers - Porosity Analysis
Composite Materials
Aerospace
Power Battery
Automotive
Electronics & Electrical
Archaeology
Geotechnical & Geology
Biomedical
Measurement
Additive Manufacturing
