This 3D-printed confocal laser scanning microscope is a good example of an instrument for measuring really small stuff. As [Zachary Tong] points out, confocal scanning microscopy uses a clever ...

Laser scanning technology for building security applications utilises the time-of-flight method, in which a sensor emits a pulse that is then reflected by a target, if present. The time required for ...

The basic scheme here is known as confocal laser scanning fluorescence microscopy, where a laser at one wavelength excites fluorescent tags bound to structures in a sample. Light emitted by the ...

sensors commonly used to measure distances for topological mapping or for 3D scanning. Topographic LiDAR, for example, typically uses a near-infrared laser to map the land, while bathymetric LiDAR ...

The excitation maxima of the dyes were obtained by scanning the wavelengths contained ... the Doppler shift created by reflected laser light from moving particles in the wind.

A similar research setup has not been attempted anywhere before. "Laser scanning time series enable the observation of tree changes over time without interfering with their natural growth.

The new laser scanners in the ROD 300 series for contour measurement and the ROD 500 series as a high-resolution variant for navigation tasks are characterised by high scanning rates with ...

Leuze is expanding its product portfolio with LiDAR technology: New ROD 300 series of laser scanners for accurate contour measurement and ROD 500 for precise AGV navigation ...