A sheathless flow cytometer uses a shaped optical aperture to focus scattered light for particle detection.
A urine analyzer uses dual optical modes to classify cells by size.
Monitoring MEMS mirror oscillation decay determines mechanical health characteristics, correcting laser pointing errors in LIDAR systems.
Coherent light source illuminates particles to detect spatially coherent distributions of elastically scattered light for three-dimensional morphology extraction.
A defect detection device measures sub-pixel defect sizes by analyzing diffuse reflection regions across multiple spectral wavelengths.
Calculating cumulative spectral change over time isolates target film interference from underlying layer variations, enabling accurate endpoint detection.
Optimizing the diffuse reflectance of a light conversion unit sustains luminous flux and efficacy near irradiance limits where standard elements fail.
An adjustable optical deflection device varies its distance from the transmitter and receiver to accommodate different substance layers.
Vertical optical unit arrangement reduces device size while maintaining measurement precision through multi-point light reception.
A multispectral binary coded projection system captures reflected structured light to derive three-dimensional object contours and material properties.