Advanced Automation in Industries to Drive Compression Load Cell Industry in Europe: Ken Research


Load cell works as a transducer that is used to converts force or weight into equivalent electrical signals. Load cell is an immensely accurate device used to measures weight or force for a various different applications such as compression, tension, bending, or shear forces. The load cell device is designed such that it is stressed when a force is applied due to its strain gauge technology. This technology is well established technology and metal foils are used to manufacture strain gauges. Under a normal regulated voltage when the load cell stress is applied, an equivalent electrical output signal proportional to the force or strain is displayed. Such electrical output signal requires amplification before directly displaying the results of stress. There are many types of load cells available and are used in various applications such as compression load cell.

Compression load cell is manufactured and designed for measuring pressure or pushing a force or compression. It is a block designed to hold a load at a point in order to measure the compressions. A compression load cell is placed beneath the object where the pushing force is measured. This device is ideal for general weighting applications, in vessel and silo weighting. Almost all the compression load cells measurement capacities range from 50kg to 5 tons with accuracy up to +/- 0.1%.

According to the study “Europe Compression Load Cell Industry Situation and Prospects Research report”, the increasing investment in industrial automation technologies, use of compression load cells in automotive assembly lines, logistics and R&D applications has led to a huge demand for compression load cells in European countries. Advanced technology such as wireless and innovative software features are installed in digital compression load cells in various required locations within the industries. Advanced technology in compression load cells need specialized applications to display precision signals that would accelerate the compression load cells. Additionally, the increase cost of raw materials and rising regulatory obligations for high quality industry rated materials is increasing the cost of various production process that hinder the growth of compression load cell market.

Europe compression load cells market is segmented based on improved technology such as analog and digital load cells. On the basis of type, Europe’s compression load cells market is categorized into pedal force type, high capacity type, load button type and others. Compression load cells are utilized in agriculture equipment, oil and gas industry, and aerospace, defense, automotive, retail, healthcare, bulk material handling, calendering process resin, retail, transportation and others. The leading players in Europe’s compression load cells market are ZEMIC, Spectris, Vishay Precision Group, Mettler Toledo, MinebeaMitsumi Inc., Keli Electric Manufacturing (Ningbo) Co., Ltd., A&D, Measurement Specialists and National Scale Technology, PCB Piezotronics, Inc., Flintec, Honeywell, FUTEK Advanced Sensor Technology, Inc., Yamato Scale Co., Ltd., Interface, Inc., Kubota, Rice Lake Weighing Systems, Novatech Measurements Limited and Thames Side Sensors Ltd, and LAUMAS Elettronica. All the leading vendors are increasingly focusing on creating strong brand names, offering well-established products, and exhibit long-term reliability. Geographically, Europe compression load cells market is spread across Germany, Russia, UK, France, Italy and other regions.

Compression load cells account for the largest market share in Europe due rapid industrialization where there is an increasing demand for industrial weighting equipment and almost all the manufacturing firms are installing more automated systems for better results. The increasing use of sensors in industrial and commercial electronic devices has led to an increase in demand for compression load cells in European markets and this trend will continue over the next few years.

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Ankur Gupta, Head Marketing & Communications



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