The FiLM-Scope uses a cascade of a high-throughput primary lens and compact 48 micro-camera array to image a 28x37 mm scene from 48 unique perspectives simultaneously. A custom algorithm combines these images into a complete and precise height map.
Our 54-camera microscope, uses multiple focus planes to enable a greatly extended depth of field for high-resolution imaging of the entire human face, at tens of micron resolution.
We introduce reflective Fourier light field computed tomography (ReFLeCT), a snapshot volumetric fluorescence imaging system that captures volumetric videos of freely moving organisms at 120 volumes per second.
The Multi-Camera Array Scanner (MCAS) rapidly digitizes large 3D cytology samples with unparalleled resolution and machine learning integration for efficient and accurate pathology analysis.
STARCAM, our 54-camera 3D microscope, uses a self-supervised neural network for high-resolution gigapixel imaging, supporting diverse applications.
