Analog inductive proximity sensors classify mixed scrap materials by conductivity, resolving low detection accuracy for coated or convoluted parts.
An inclined conveyor separates live insects from dead ones using gravity and crawling behavior.
Fluorescent markers enable optical sorting of dark polymers that absorb near-infrared radiation, diverting materials from incineration to mechanical recycling.
A camera and control unit display insertion positions on a screen, eliminating manual searching errors during mailpiece merging.
A rotary sweep arm system moves selected food products laterally from a conveyor using a rotatable shaft and paddle mechanism.
A radiation detection system using scintillators and photomultiplier tubes to identify radioactive emissions in soil samples.
A display system synchronizes package information with conveyor movement to guide manual sorting tasks.
Continuous optoelectronic treatment transforms bulk plastic flows into a monolayer curtain to detect and remove colored particles in real time.
A rotating alignment body corrects misaligned preforms in a roller sorter without disturbing correctly positioned ones.
An automated sorting device replaces manual order verification by using a chip reader to detect container data and an arm to guide bottles along conveyor paths.
Image-based classification assigns values to plant material units, enabling a robot to transfer them directly to dedicated trays and reduce handling damage.