Force Sensor Market is estimated to grow at a CAGR of 6.20% by Forecast 2030 and expected to reach a USD 6.3 Billion 2022-2030
According to the worldwide Analysis, the force sensor market is anticipated to experience a growth of at least USD 6.3 Billion by 2030. Therefore, there will be at least a 6.20% rise in Compound Annual Growth Rate or CAGR in the course of the forecast period.
Force sensors are the forms of transducers that are capable of converting the mechanical signal into an electrical signal by transforming the input into output. It provides huge flexibility and facilitates extremely thin construction of Force sensor design. This is why both the small force sensor and large force sensor are extremely durable and are being utilized in various applications across numerous companies. Because of their ultra-thin features, these categories of sensors result in minimal interference in the ordinary actions of different devices.
Various major business giants are spending capital on the force sensor market share because of increasing requirements from numerous industry verticals such as medical, automotive, retail, consumer electronics among others. Market is gaining significance regarding rising adoption in consumer electronics. Besides, the rising popularity of touch-based interface services is another reason for the rising growth of the market companies.
The overall impact of the COVID-19 outbreak is affecting the production procedures of various industries. Because of the lockdown and the temporary shutdown of industries, the overall productions of global force sensor market companies were hampered. Also, it’s affecting the supply chain. The severe crisis scenario is resulting in uncertainty in the stock market. Thus there’s a massive slowdown of the supply chain.
Both the European and Asian countries under lockdowns have experienced a major loss in revenue. Therefore, the force sensor market growth was slowed down during 2020. The pandemic hugely impacted the worldwide automotive market by restricting production facilities. Therefore, the demands for automotive industries also decreased. The symptoms incorporate the interruption in machinery parts exports and also in large-scale manufacturing, which may be a hindrance towards the growth of the market.
The rising adoption and utilization of various forms of the small force sensor and large force sensor in the automotive section is one very significant factor driving the growth of force sensor market. Besides, low manufacturing costs, growth in demands of Force sensors in robotics, technological and healthcare developments are becoming the driving force for the innovative, developmental, technological improvement in force sensor design.
The major market scope is the rising automotive sales and the growing production of vehicles worldwide that would result in lucrative revenue for force sensors in robotics.
Uncertainty in consumer demand is one of the most important restraints of force sensor market.
The technological division that falls under the different segments of Force Sensor Market Analysis is further categorized into Piezo resistive force sensor, magnetic force sensor, electrochemical force sensor, optical force sensor, capacitive force sensor, ultrasonic force sensor, load cell sensor, strain gauges, etc. Among all these, the Piezoresistive force sensor is anticipated to experience rapid and continuous growth in the course of the forecast period, and the magnetic force sensor would be the second to witness the same. Moreover, the Piezoresistive force sensor is expected to gain the highest force sensor industrial share.
In the APAC region, the growth in the force sensor market can be attributed to the outstanding development in automotive, manufacturing, bulk material handling, and assembling industries. The same growth in Force sensor applications is also happening in developing economies such as India, Japan, China, and South Korea. China is one most the most significant players based on Force sensor applications of the Asian Pacific region because of its vast industrial and manufacturing sector.
The force sensor market can be classified based on the following segments:
The force sensor market is segmented into the following divisions based on the types of application:
Based on operation, the divisions of force sensors are:
This segment classifies the usage of different fork sensors manufactured by the force sensor market manufacturers. The divisions are as follows:
By Force Type
The force sensor market is segmented into the following divisions based on the types of applied forces:
The regional segmentation of the market manufacturers are as follows:North America
Rest of the world
The force sensors sold by the force sensor market is divided into various classifications depending on the technology used during the manufacturing procedures:
By End Users
Based on end-users the classifications of the force sensor market are as follows:
The largest force sensor market share is held by the North American region that is followed by Asia Pacific Regions and Europe. The rise in the North American region is majorly dominated by Canada and the U.S. and its attributed to the rising need for cloud computing applications in these regions. Besides, this region also offers a well-established infrastructure that permits the proper implementation of various latest technologies.
Moreover, the rising adoption internet is another significant factor that’s responsible for facilitating the growth of the force sensor market. The key players of the force sensor industrial market mostly belong to Switzerland, U.S., and Germany.
The major market players have adopted numerous strategies such as mergers and acquisitions, expansion of product portfolio, collaborations, geographical expansions, and agreements, to strengthen their foothold into the market and to increase their penetration into the industry.
Based on the global force sensor market, the market is anticipated to experience a growth of at least USD 6.3 Billion by 2030. Therefore, there will be at least a 6.20% rise in Compound Annual Growth Rate or CAGR in the course of the forecast period, i.e. 2022-2030. China is one most the most significant players based on Force sensor applications of the Asian Pacific region because of its vast industrial and manufacturing sector. Moreover, the Piezoresistive force sensor is expected to gain the highest Force sensor industrial share.
Scope of Report and Segmentation Table:
|Market Size||USD 6.3 Billion|
|Forecast Units||Value (USD Billion)|
|Report Coverage||Revenue Forecast, Competitive Landscape, Growth Factors, and Trends|
|Segments Covered||Type, Application, Vertical|
|Geographies Covered||North America, Europe, Asia-Pacific, and Rest of the World (RoW)|
|Key Vendors||TE Connectivity Ltd. (Switzerland), Freescale Semiconductor Inc. (U.S.), ATI Industrial Automation Inc. (U.S.), General Electric (U.S.), Innovative Sensor Technology IST AG (Germany), Tekscan Inc. (U.S.), Sensata Technologies Inc. (U.S.), Spectris PLC (U.K.), Honeywell International Inc. (U.S), Infineon Technologies AG (Germany)|
|Key Market Opportunities||Rising automotive sales and the growing production of vehicles|
|Key Market Drivers||The rising adoption and utilization of various forms, Low manufacturing costs, Growth in demands of Force sensors in robotics|
The Micro force sensor is basically a Piezo-resistive force sensor that provides a digital output of force-reading over the particular temperature range and full-scale force span. The utility of the Micro force sensor is that it provides a more stabilized output that is straightly proportional to the overall force projected to the mechanical sphere.
The main difference between wireless force sensors and other sensors is that this particular sensor is based on Bluetooth technology. Hence, this sensor performs force measurements by eliminating the connecting cables. Therefore, the wireless force sensor can be installed in an enclosed area. Besides, you can avoid any sort of interference from the cable.
The Force Torque Sensor is a category of electronic device that is designed especially to detect, regulate, monitor, and record rotational and linear forces that are exerted upon it. Also, the Force Torque Sensor in a mechanical or robotic system is similar to the micro-receptors.
AirPods Force Sensor offers you the scope of controlling the surrounding sound. By pressing and holding the force sensors you can switch between Transparency mode and active noise cancellation. Besides, you can select your favorite modes by selecting the “Press and Hold AirPods” mode in settings.