Load Monitoring Systems Market Projections & Future Scenario Analyzed by the end of 2027

Posted on 2019-04-29 by Mark Hub in Industrial // 0 Comments

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FactMR has actively published a new research study titled “Load Monitoring Systems Market Projections & Future Scenario Analyzed by the end of 2027 | Market Players are Mettler Toledo, Vishay Precision Group, Wirop Industrial Co. Ltd., etc.” to its broad online database. This assessment works to discourse the major trends, opportunities and drivers motivating the load monitoring systems market during 2019-2027. The insights structured for presenting the target market are procured from both primary research and secondary research, and are utilized for validation that is valuable to investors, manufacturers and new entrants. As per research findings, the global load monitoring systems market is expected to showcase impressive growth in CAGR during the period until 2027.

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With the increasing presence of small- and medium-sized businesses with revenues less than US$ 10 million, the load monitoring systems market is expected to remain fragmented. Multipronged benefits of employing load monitoring systems has intensified the competition among local as well as global players in the market. These players are taking up aggressive expansion strategies, as increased automotive production, rapid industrialization, and energy demand continue to bolster adoption of load monitoring systems market.

Notable developments in the load monitoring systems market:

Spectris, a leading productivity-enhancing instrumentation and controls company in the load monitoring systems market, announced in April 2018 the merger between Brüel & Kjær Sound & Vibration – a Danish electronics company – and its subsidiary HBM. The new company named HBK will be dedicated to providing combining sensors, integrated offering, data acquisition, preparation, evaluation and engineering services into one solution in the domains of propulsion, safety and noise, durability, vibration and harshness.
DLM Ltd., a U.K.-based company in the load monitoring systems market, announced the launch of a new innovative range of wireless electronics in January 2019. With the release of TW-3.0, which is a multi-functional load monitoring system designed to integrate load cells, proximity sensors, encoders, etc., DLM is introducing innovation in their product range by developing their own electronics.
HBM, a subsidiary of Spectris and manufacturer of products for test and measurement, announced in July 2018, the launch of its new product in the load monitoring system market. With the launch of its new C6B force transducer, which is a load cell, the company has introduced a flexible and cost-effective load monitoring solution for rugged and dynamic applications. The company also declared that the C6B force transducer is capable of measuring a load of large constricting forces ranging from 200 kN to 10 MN.

Spectris, Flintec, Precia Molen, Mettler Toledo, Vishay Precision Group, Wirop Industrial Co., Ltd., Strainsert, Futek Advanced Sensor Technology, Tecsis, Eilersen Electric Digital Systems A/S, and Euroload Ltd. are among the prominent stakeholders in the load monitoring systems market.

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Energy consumption has witness a marked rise in line with rapid urbanization activities, resulting in a significant energy crisis worldwide.. In 2017, the industrial sector accounted for more than one-third of the total energy consumption in the United States, according to the U.S. Energy Information Administration (EIA). This has led the industrial sector to concentrate on reducing fossil fuel consumption, in turn creating demand for load monitoring systems. As energy optimization and management becomes an important part of modern business strategies, triggered in part by increased prices charged by utility providers. Moreover, plummeting availability of natural resources highlights the importance of efficient energy management for industry players to limit production costs.

The availability of a wide range of state-of-the-art alternatives to various products is intensifying competition in almost every industrial sector. The heightened pressure of improving the product quality is forcing manufacturers are seeking ways to mitigate manufacturing errors and improve the quality of end-products. Load monitoring systems can aid manufacturers in reducing operational or instrumental errors and enhance the performance characteristics of their electric distribution systems. Thereby, a mounting number of end-users are employing load monitoring systems for attaining more precision and accuracy in manufacturing high-quality products.

Incidents of load monitoring systems failures caused due to various factors, such as corrosion, dust, misalignment, hardened grease, and frozen or broken parts, are impacting the load monitoring systems market growth negatively. Defective components, external factors, incorrectly programmed, broken, or miswired current sensors in load monitoring systems can lead to the inaccurate outputs produced by the systems. Thereby, scheduling periodic maintenance has become mandatory for end-users to ensure the error-free operation of load monitoring systems. This can add to the operational costs and maintenance costs associated with load monitoring systems, which hamper growth prospects of the load monitoring systems market.

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