Regenovo Tomographic Imaging System
Bio-architect®️ Tomography Lark combines cross-scale wide-field imaging and optical coherence tomography technology. It can perform multi-scale (μm-cm) three-dimensional imaging, feature extraction and quantitative analysis on tissue engineering scaffolds, living tissues, organoids and embryos, etc., supporting the research fields of biomaterials, tissue engineering, organoids, stem cells, tumor treatment, assisted reproduction, etc.
$250,000.00
Innovative methods for imaging and analysis of tissue engineering scaffolds, living tissues, and organoids
Multi-scale biological structure and function detection
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High-resolution, cross-scale imaging
- Based on adaptive wide-field imaging technology, it achieves high-resolution (<15μm*), wide-field of view (19×19×5mm*) imaging, and automatic imaging of samples in multi-well plates.
Various types of imaging of biological materials, tissues and organs
- 3D imaging of a variety of biomaterial scaffolds (natural biomaterials, polymer materials, etc.), biological tissues (organoids, artificial tissues, tumor spheres, etc.).
Long time-lapse observation of living tissues and organoids
- Contact-free, label-free, and damage-free, it supports long-term and high-frequency monitoring of the growth of living tissues and organoids as well as responses to drugs, radiation, etc.
Qualitative and quantitative analysis
Accurate analysis of tissue engineering scaffolds (porosity, specific surface area, connectivity rate, etc.), living tissues and organoids (volume, surface area, sphericity, proliferation, etc.
Light source central wavelength:1310nm
Light source scanning range:≥100nm
Light source power rating:≥10mw
Scanning speed:50kHz
SNR:≥50dB
Resolution:≤15um
Imaging depth:≥5.6mm
Imaging speed:≥5fps(1024 A-scan*1024),Live preview≥25fps(1024 A-scan*200)
Travel range:0-19mm*19mm(@15um*15um)
Working distance:0~70mm,with adaptive matching