UTILCELL expands its product range with the new MODEL 100 Planar Beam Load Cell

Utilcell (Spain) - Press Release: UTILCELL expands its product range with the new MODEL 100 Planar Beam Load Cell.

UTILCELL continues to expand its product range with the launch of the new Model 100, a planar beam load cell designed to provide high accuracy, reliability and ease of integration into compact equipment and advanced technological applications.

The new Model 100 has been developed to meet the needs of industries requiring precise measurement systems in applications with limited height. Its planar beam design enables stable load measurement, while its aluminium elastic element provides an optimal combination of lightweight construction and mechanical strength.

Furthermore, the Model 100 offers performance that meets the requirements of 3000 divisions, OIML R60 Class C, ensuring a high level of measurement accuracy and making it an ideal solution for weighing systems. This model is available in four rated capacities: 37.5 kg, 75 kg, 150 kg and 250 kg, allowing it to adapt to a wide range of equipment and applications. Its compact design and ease of installation facilitate integration into systems where space and installation efficiency are key factors.

Its main applications include personal and medical scales, as well as incubators and other healthcare devices, where measurement accuracy and stability are essential. This load cell is also a suitable solution for airport luggage scales, where reliable and fast weight measurement is required, as well as for advanced robotics systems, a growing sector that demands compact and highly accurate sensors for force measurement.

With the launch of the Model 100, UTILCELL reinforces its commitment to developing innovative weighing components adapted to new technological challenges and the needs of increasingly demanding industries. This new model expands the product range with a versatile, accurate and reliable load cell, designed for easy integration into a wide variety of equipment and applications.

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