Cologne: 23.–26.02.2027 #AnugaFoodTec2027

EN Icon Pfeil Icon Pfeil
EN Element 13300 Element 12300 DE

Advertisement

Weighing technology | Exhibitor on the Anuga FoodTec 2024

Weighing technology

In weighing technology, weights are determined with the highest precision. Levels can also be measured gravimetrically. In the breadth and depth of its range, WIKA offers an outstanding selection of weighing and force measurement solutions: S-types, load cells, compression force transducers, bending and shear beams, summing boxes and displays, Load pins, Tension links, Ring force transducers, Electronics, Inclination sensors, and strain sensors.

Tensile/compressive force transducers are used as a classic S-type, for example, for weighing suspended loads such as big bags.

Platform load cells are particularly suitable for use in platform scales. They can be mounted directly under platforms without additional design and adjustment effort. The load cell is easy to handle due to its simple force application.

Single point load cells are adapted to the special requirements of multihead combination weighers and feature a particularly short settling time, so that the weight of the goods being combined can be determined as quickly as possible.

Single point load cells are adapted to the special requirements of checkweighers and feature a particularly short settling time, so that the weight of the goods being recorded can be determined as quickly as possible.

Shear beams are suitable for static and dynamic measuring requirements. They serve for determining shear forces in diverse fields of application.

Bending beams are suitable for static and dynamic measuring requirements. They serve for determining forces in diverse fields of application.

Strain transducers have been designed for applications in which there is a need to measure the deformation due to external forces acting on existing components. The transducer is simply screwed to the component. After the adjustment, the unit has the features of a force transducer.
Logo
Alexander-Wiegand-Str. 30
63911 Klingenberg
Germany
Hall 7.1 | C021