Thermal scanners or thermal imaging is a detection device that detects infrared energy (heat) by non-contact and converts it into electrical signals, and then generates thermal images and temperature values on the display and can calculate temperature values. All objects in nature, whether they are arctic glaciers, flames, human bodies, as long as their temperature is above absolute zero -273 ° C, there will be infrared radiation, which is due to the thermal movement of molecules inside the object result. Infrared scanner technology based on the level of radiant energy of the detected object. The role of the thermal scanner includes prompting of inflammation, early warning of tumors, prompting of peripheral nerve diseases, analysis of other severe diseases, and tracking of efficacy.
The non-contact infrared camera is used for rapid body temperature measurement to identify suspicious fever. It can scan not only one person but also a large number of people. Therefore, it becomes a useful tool for the investigation of densely populated places such as transportation hubs, shopping malls, and factories. The thermal scanner is effective for telling who is running with a high fever or has a higher body temperature. It does not mean the person is infected with the coronavirus. Additional screening and detection systems are needed for that.
Global Thermal Scanners Market estimated to grow with a significant rate during the forecast period, 2020-2027. The capability of identifying temperatures differences, the growing application in various industries such as Aerospace & Defense, Industrial, Healthcare & Life Sciences, etc. are vital factors expected to drive the global thermal scanner market in the future timeframe. Additionally, the growing use of the thermal scanner for detecting passenger’s body temperature instead of using thermometers on the airport would propel the growth of the thermal scanner market in the future periods. The uncooled thermal scanner is smaller and uses less power than those that must be cryogenically cooled to attain the necessary thermal sensitivity.
The thermal scanner is an infrared imaging system designed to carry out the thermal imaging of the contact wire. A coronavirus detecting thermal scanner checks the body temperature of a person and shows if he/she has symptoms of viral infections. The coronavirus is a family of viruses causing illnesses ranging from the common cold to acute respiratory syndromes. Moreover, the growing demand for security and surveillance applications across private and public environments projected to trigger the thermal scanners market size in the expected time. Furthermore, rapid urbanization across the globe, coupled with the imposition of the rising demand for additional advanced security solutions, will lead to the robust growth of the global thermal scanner market. Infrared heat scanner detects infrared radiation passively emitted by objects, which is more concealed than other active imaging systems with light sources. Because infrared thermal scanner has the characteristics of excellent concealment, strong anti-interference, strong target recognition ability, and all-weather work, it is used in military reconnaissance, surveillance, and guidance. It is widely used in weapons and equipment.
Recently, a new type of coronavirus infection occurred in Wuhan, Hubei, and other regions. The mobile infrared thermal imaging temperature screening system developed can quickly screen for high fevers caused by influenza and pneumonia in crowded areas. Its main features, including non-contact rapid screening of body temperature, long-distance, large area detection, intelligent alarm, fast response, high-temperature measurement accuracy, infrared and visible image overlay temperature measurement analysis.
During the 2002-03 outbreak of the SARS virus, airports in Singapore and China deployed thermal scanner for virus detection and have been using them since. Mumbai was one of the first Indian airports to use them during the swine flu outbreak in 2009. During the 2014 Ebola outbreak in West Africa, many countries, including India, used the thermal scanner.
The infrared thermal scanner was first used in the military field and had very high application value in the military. The most important applications are day and night observation and thermal target detection. With the development and maturity of infrared imaging technology, various low-cost infrared imaging devices suitable for civilian use. It is used in military reconnaissance, surveillance, and guidance is widely used in weapons and equipment.
The manufacturing industry continues to develop in an intelligent direction. Infrared thermal scanning technology is equipped with robots. Machine vision and other technologies are helping manufacturing industries from all walks of life move towards a higher level of intelligence. In the automotive manufacturing industry, Ford uses three infrared cameras in the test system of its Ford Genk models, which are used to test the front window heating system, the rear window heating system, and the air conditioning system.
Another automaker, Fiat, also uses an infrared scanner to detect the temperature of the adhesive. In automobile manufacturing, there are many places where metal and plastic need to be bonded together.
Based on product type, the global thermal Scanners market classified into a Handheld/portable camera, Fixed/mounted cores, and Scopes & vision goggles. The handheld/portable camera segment predicted to gain significant share in the market by 2027, owing to the growing demand for the thermal scanner for industries and applications, including HVAC, automotive, building inspection, energy audits, plant maintenance, electrical contractors, insulation experts, etc. These devices are user-friendly, low-weight, robust, and have excellent measurement properties.
The fixed/mounted cores segment will drive by its industrial application processes where the thermometer can mount in a stationary position.
Based on technology, the global thermal scanners market bifurcated into Cooled and Uncooled. The cooled segment projected to dominate due to increasing demand in airports, pipelines, nuclear power plants, high-security buildings, and other sensitive areas for its sensitivity and low-contrast long-range imaging applications.
The uncooled segment will influence by its application in industrial and commercial applications because of its low price as compared to the cooled thermal imaging system.
Based on application, the global thermal scanners market classified into Detection & measurement, Monitoring & inspection, Security & Surveillance, and Others. The Detection & measurement segment estimated to dominate due to benefits such as city surveillance, commercial, and residential end-users for perimeter security and intruder awareness. The infrared scanner has used in a wide range of industrial applications, such as detecting defects on steel and detecting metal parts after hardening. Thermal scanner help in the assistant to measure potential viruses and people carrying suspected cases at the airport.
The security & Surveillance segment will grow by benefits such as the elimination of terrorist attacks that have seen increasing for damaging critical infrastructure in many countries. To avoid such incidences, governments are investing in stringent surveillance with thermal scanning security systems.
Based on end-user industry, the global thermal scanners market categorized into Aerospace & Defense, Industrial, Healthcare & Life Sciences and Others. Aerospace & Defense segment expected to gain maximum revenue by 2027 owing to the huge demand for thermal scanner in airport security and the military field for its day and night observation and thermal target detection.
The industrial segment will drive by its application in the automotive industry to detect test the front window heating system, the rear window heating system, and the air conditioning system.
Based on geography, the global thermal scanners market segmented into North America, Europe, Asia Pacific, South America, and Middle East & Africa. North America estimated to occupy the lion’s market share by 2027, owing to growing demand in surveillance and security applications in these regions.
The Asia Pacific will drive by the surge in the application of thermal scanner in airport security purposes due to the recent spread of a new type of coronavirus infection that occurred in China.
Companies such as 3M Scott, Axis Communications, Raytheon Company, L3 Technologies, Inc., Leonardo DRS, Fluke Corporation, FLIR Systems, Inc., BAE Systems Imaging Solutions, Tonbo Imaging, Seek Thermal, and ULIS are the key players in the Global Thermal Scanner Market.
By Product Type
By End-User Industry