See how permanent magnets and selectively activated electromagnets prevent platen bouncing unde
An insertable, pivoting laser head reaches internal joints and thin sections in monolithic weighing structures for submillimeter material removal.
Mount cavities interrupt screw stress paths to protect flexure points, improving stiffness and weighing accuracy in high-resolution load cells.
A yoke recess and flexible board mount the temperature sensor quickly, improving thermal detection accuracy and EMC in electromagnetic balances.
By lowering load resistance in overload mode, the scale extends coil current range to quantify overload forces without new output hardware.
Static torque on a stepper motor shaft triggers mass detection, improving powder dosing accuracy despite density and granulometry variation.
Two detachable steel frames and a rotating magnetic connection keep weighing stable while reducing folded thickness and storage bulk.
Combining photoelectric position sensing with a lever stop in one block simplifies assembly and lowers weighing sensor cost.
A magnetic levitation balance uses a control unit to automate calibration and monitoring of the holding device position.
Dual windings in a force measuring device maintain constant power output, reducing noise and stabilizing the zero point against heat fluctuations.
A monolithic weighing system integrates position sensor pedestals with apertures for laser-machined slotted diaphragms.
Relocating the lever bearing beneath the load receiver extends the long lever arm to increase mechanical deflection.
Monolithic carrier element mounts light emitter and receiver to stabilize zero position in electromagnetic force compensation weighing cells.
Segmented resistance elements in a Kibble balance adjust total resistance to reduce measurement uncertainty across 1 mg to 1 kg mass ranges.
Compensating strain gauges eliminate temperature artifacts from weight measurements, while feedback loops detect sensor malfunctions to ensure flight safety.
Controller detunes control parameters to generate mechanical vibrations, eliminating the need for external function generators during sample redistribution.
A parallel-guided coupling mechanism transmits compressive or tensile forces between a calibration lever and a load-receiving area.
A movement device transports containers between work stations while a weighing plate measures mass during transit.