Preclinical micro-CT provides high-resolution 3D imaging for non-invasive, longitudinal analysis of biological structures in animal models, supporting research in biomedical science and tissue engineering.
Bone Research
Challenge: Fine trabecular structures are difficult to resolve and quantify.
Solution: Micron-level 3D micro-CT reveals bone architecture and enables precise, repeatable quantitative analysis.
Soft Tissue and Organ Imaging
Challenge: Low X-ray contrast limits visualization of soft tissues.
Solution: Optimized contrast workflows and high-resolution imaging deliver clear, consistent 3D organ visualization.
Animal Models
Challenge: Motion artifacts and radiation dose limit longitudinal studies.
Solution: Non-invasive, low-dose imaging with motion control enables reliable real-time disease monitoring.
Biomaterials and Tissue Engineering
Challenge: Internal scaffold structure and tissue ingrowth are hard to assess non-destructively.
Solution: High-resolution 3D imaging quantifies porosity, interconnectivity, and material degradation over time.
Raycision Empowers Research and Industry with Imaging and Radiation Solutions Tailored to Your Exact Needs.
