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Published- May 2020 Number Of Pages -90
KEY FINDINGS
The thermal scanners play vital role in monitoring the pandemic characterised by fever. It is a crucial medical device that helps to prevent spread of the pandemic. The ongoing coronavirus outbreak has led to a surge in demand. The need for presence of thermal scanner at every crowded place whether it’s an airport, supermarket and hospitals has resulted in huge rise in demand of these scanners.
The rise in cases of corona virus has led to install of these scanners at every airport across the world. This has led to never seen demand in the sector.
Since the supermarkets and drug stores are bound to be opened even during lockdown period, theses stores have started using hand held scanners at the entry points. This at every stores has led to increase in demand of the scanners.
Many production plants have started to install a walk through infrared body temperature scanners. This will surely increase the requirement of scanners in large scale.
Many factories have been directed by the government to install the scanners at the entry points. This will boost the scanner market in US region. Tyson Foods America’s largest food industry has announced it would be installing walk through scanners at its 3 processing plants across US.
Europe has the most number of scanner manufacturing companies as well as second highest number of COVID Positive cases. This has made Europe the leading thermal scanner market. Europe is expected to receive the thermal imaging devices from Taiwan. Dutch UAS designer Acecore Technologies in partnership with Workswell Technologies has developed drones with camera capable of thermal inspection.
Vodafone launched a heat-detection camera designed to screen people coming into buildings for signs they may be running a fever and potentially be infected with Covid-19 along with Digital Barriers.
Even though most of the Chinese factories went under lockdown, the Wuhan Guide Infrared Co was working with more than 2,500 employees to meet the demand of the temperature scanning devices. It has delivered thousands of products in two weeks time. Typically, the company used to deliver only about 100 a year.
Central government in India has made it mandatory to install scanners at every entry points of a government building. This will help the thermal scanner penetration in Indian market. A start-up from Gurgaon has launched a new camera with the technology of able to scan and examine the body temperature. It is also made effective to scan a crowded place.
There have been efforts made to make people at homes also undergo test. Software developers around the world are trying to build an algorithm for a smartphone via app and features such as thermal scanner so as to take test at any location. This is expected to boost the thermal scanner market.
The only factor that could restrain the growth is, it has been seen that corona virus positive patients doesn’t necessarily possess fever symptoms which will go unnoticed through the scanners. A false sense of security will be formed, however as long as precautionary steps are taken these scanners will be in-demand till the foreseeable future.
The global Thermal scanner market is estimated at $16 Billion in 2020
TECHNOLOGICAL INNOVATIONS
Higher Resolution and Sensitivity: Thermal scanners’ resolution and sensitivity have increased, enabling more precise and thorough temperature measurements. Smaller temperature variations can be detected with greater precision, and subtle temperature differences can be captured with greater sensitivity.
Multi-Sensor Integration: In order to offer more features and better performance, thermal scanners are increasingly outfitted with numerous sensors. For instance, some models overlay thermal and visual images created by thermal imaging sensors and visual cameras, giving users a more thorough understanding of the area. This integration promotes quicker identification of temperature anomalies and improves object recognition.
Advanced Image Processing and Analysis: The quality and analytical power of thermal images have improved as a result of the development of advanced image processing methods and software. These algorithms support accurate temperature measurement, noise reduction, and image improvement. Additionally, sophisticated functions for anomaly identification, temperature trending, and report preparation are offered by automated analytic tools and software.
Integration of artificial intelligence (AI) technology: The use of AI technology in thermal scanners is growing as a way to improve their capabilities. Automated temperature anomaly detection, pattern recognition, and predictive analysis are made possible by machine learning algorithms. Thermal scanners driven by AI are more effective and precise at detecting temperature anomalies because they can learn about and adjust to particular environments.
Real-Time Monitoring and Connectivity: Thermal scanners now have the ability to monitor temperature changes and abnormalities in real-time, allowing users to keep an eye on them as they happen. Some versions have wireless networking features like Wi-Fi or Bluetooth that enable remote monitoring, data exchange, and system or device integration. Faster response times are made possible by this connectivity, which also makes data transfer for analysis and reporting easier.
Enhanced Ergonomics and User Interface: Manufacturers are putting more effort into creating thermal scanners with user-friendly interfaces and enhanced ergonomics. They are simpler to carry and operate for extended periods of time thanks to their lightweight and compact designs, ergonomic grips, and user-friendly controls. With touchscreen displays and straightforward menu systems for simpler navigation and setting, user interfaces are becoming more intuitive.
Battery Technology and Power Efficiency: Thermal scanners now operate for longer periods of time and with increased power efficiency thanks to advancements in battery technology. The device’s usage time is increased thanks to lithium-ion batteries and energy-saving technologies, enabling extended field use between recharges.
Some of the leading manufacturers are Opgal (Israel), Fluke Corporation (US), FLIR Systems (US) and L3Harris Technologies (US). Few European based companies are AMETEK Land (UK), Axis Communications (Sweden) and Leonardo (Italy). Flir’s A310 fixed imaging scanner and IR200 hand held scanner are the most in demand range of products from the manufacturer.
