LOTUS inVivo Micro-CT
The Micro-CT Scanner of Choice for Pre-clinical Studies and Biomedical Samples
From Dentistry and Pharmaceuticals to Tissue Engineering and Small Animal Imaging, LOTUS inVivo Delivers Optimal Quality with Minimum Scan Times
- Wide Tube Voltage Range
- High Imaging Resolution
- Concave Couch for Better Positioning of Small Animals
- Vast Field of View
- Fast Scan Protocols
LOTUS-inVivo provides extremely high-quality images with contrast-to-noise ratio, resolution and dose performance optimized for pre-clinical imaging. LOTUS-inVivo is a high-performance, stand-alone, and fast in-vivo and ex-vivo micro-CT. Large imaging field of view and changeable magnification allows for full-object scanning of samples with a high spatial resolution and the smallest pixel size of 10 µm.
Extensive X-ray energy combined with optional filters ensures optimum image quality for diverse research applications from soft tissue imaging to bone and dental studies.
LOTUS-inVivo is a rotating gantry system meaning the X-ray source and detector are rotating while the object remains stationary.
- 45-90 kV range
- Variable magnification allowing Vast Field of View Choices
- Continuous imaging with the shortest scanning cycle of 1 minute
- 2D & 3D reconstruction and visualization
- 2D & 3D Surface and Volume Renderings (SR & VR) with realistic visualization
- A Lead-Shielded room is required.
Latest Posts and Updates
Brain targeted delivery of rapamycin using transferrin decorated nanostructured lipid carriers
Deep learning-assisted CBCT segmentation provides reliable volumetric assessment of mandibular defects compared with micro-CT for 3D printing and surgical planning
3D-printed MgO nanoparticle loaded polycaprolactone β-tricalcium phosphate composite scaffold for bone tissue engineering applications: In-vitro and in-vivo evaluation
Matrix/rebar rehabilitation through electrochemical injection of Ce(III)/imidazolium-based ILs as a novel anti-corrosion pore-blocking technique for increasing the sustainability of reinforced cementitious materials
Dual-functional self-healing system based on HPO42- restorative microcapsules for sustainable corrosion resistance and mechanical recovery of reinforced cementitious matrix: Passivity-porosity modification
