Published by Wanda Rich
Posted on March 20, 2025
The globalthermal scanners market is expected to reach a valuation of US$ 5,629.9 million in 2024 and climb to US$ 12,496.3 million by 2034, expanding at a CAGR of 8.3% from 2024 to 2034.The thermal scanners market represents approximately 70.0% of the global scanner market, which will be valued at about USD 7.8 billion in 2024.The thermal scanners market was valued at US$ 5,198.4 million in 2023, growing at a CAGR of 5.7% from 2019 to 2023.
Short Term (2024 to 2027): In this phase, the thermal scanner market is expected to keep growing due to continuous public health monitoring, high levels of security, and industrial automation. These include healthcare protocols, government initiations of safety in public places, and advanced technologies in thermal imaging systems.
Medium Term (2028 to 2030): The medium-term outlook looks healthy on the back of AI and IoT integrations with thermal imaging technologies. Significant growth drivers would come in healthcare diagnostics, energy audits, and building inspections. Alongside those, a focus on smart city development and industrial applications would continue to drive further growth and expansion.
Long Term (2031 to 2034): In the long run, increasing usage across new industries like autonomous vehicles and smart manufacturing will further increase the growth of the thermal scanner market. Continuous technological innovation, decreasing thermal imaging device costs, and more awareness of preventive maintenance across industries are factors that will push demand and maturity further.
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What are the Key Factors Driving Thermal Scanners Demand?
“Increased Focus on Public Health and Safety”
Increased emphasis on public health and safety is one of the major driving factors for the thermal scanner market. Governments and organizations around the world are implementing severe health monitoring policies in public places, workplaces, and healthcare facilities. Thermal scanners have indeed made checking the body temperature of an individual non-invasive and swift; hence, this helps in the early detection of a potential health hazard. Their efficiency in scanning large crowds makes them very ideal for application in airports, train stations, and events where speed is of the essence.
Added to this, public health authorities have increasingly been incorporating thermal scanning into their health programs and protocols, hence the increase in demand within these industries. In fact, continued emphasis on health safety ensures that the thermal scanner remains one of the necessary gadgets against the pandemic to monitor public health in general.
“Advancements in Thermal Imaging Technology”
Other major factors contributing to the growth of the thermal scanner market include technological advances in thermal imaging. Advances in infrared sensor technologies are enhancing sensitivity and resolution, hence enhancing the efficiency and range of applications of thermal scanners. Artificial intelligence and machine learning algorithms build on the accuracy of thermal measurements, enable automatic detection of anomalies, and reduce false positives.
Also, with the development of portable and affordable thermal scanners, their applications are extended to various fields like automotive, manufacturing, and construction. These, in turn, open up newer vistas for applications, starting from predictive maintenance in industries to security checks at public places. As technology evolves, thermal scanners will become even more versatile and efficient, thus securing their position in the market.
Key factors restraining the market growth
“Limited Accuracy in Certain Conditions”
One of the key restraints in the thermal scanner market is the limited accuracy of thermal scanners based on specific environmental conditions. Environmental temperature fluctuations, levels of humidity, or solid obstructions affect the accuracy of any thermal reading. For instance, extreme cold or extreme heat can cause temperature miscalculations that may further lead to either false negatives or false positives in any health screening exercise.
The functionalities of thermal scanners are also impaired, as faces and bodies masked by hats, masks, or heavy clothing mask the temperature signature of a person. This is thus questioning how effective this technology really is for application in critical uses, especially in healthcare and security. Consequently, this might affect the question of its practical usability due to its over-dependence on calibration and environmental control.
Why There is a High Demand for Thermal Scanners in the United States?
“Growing Awareness Regarding Health Among People in the Country”
The increased awareness regarding public health and safety has driven massive demand for thermal scanners in the United States. This includes many industries, notably healthcare and transport, which have deployed thermal scanners on a wide scale to conduct speedy temperature screening. These government investments in technology and infrastructure further raise demand in highly active locations, such as airports and sports stadiums. The U.S. thermal scanner market is taking a rapid growth curve with the emergence of enhanced thermal imaging, better accuracy, and integration with AI.
Also, the present focus on predictive maintenance in industries and workplace safety-friendly regulations by governments are driving up the rate of adoption. Consequently, thermal scanners are increasingly being applied as an essential modality for ensuring safety and efficiency across a wide range of applications.
Why China’s Thermal Scanners rise with the fastest CAGR in the forecast period?
“Industrial Automation & Development of smart cities in the China”
The thermal scanners market in China is growing at a very strong pace with the rise in industrial automation across sectors, urbanization, and strict safety regulations. The rise in advanced smart city initiatives is also driving demand for thermals in the country because deployment of thermals is considered unavoidable for surveillance and monitoring of public spaces within transportation hubs and buildings associated with commercial activities.
The new thrust on worker safety and well-being in the manufacturing and construction industries adds another impetus to demand. Furthermore, there have been continuous improvements in sensor technologies and the integration of AI in thermal imaging technological advances, further promising to enhance the performance and expand applications of thermal scanners. The growing emphasis on energy efficiency and predictive maintenance in industries contributes to market growth, and the thermal scanner is indispensable for operational efficiency and safety in China.
Which Thermal Scanner Type Accounts for Leading Share in the Thermal Scanners Market?
“Versatility and Convenience Feature of Portable Thermal Scanner Attributing to the Demand for Portable Thermal Scanners”
Portable thermal scanners take a better lead in the market compared to fixed thermal scanners due to their versatility, convenience, and ease of use. They can be deployed from health care down to industrial sites and can assess temperature right on the spot. Their lightweight design, with mobility enabling easy screening in highly trafficked areas such as airports and event venues, has been a strong force for their adoption. The advances in battery technology have also enhanced the operability and efficiency of portable scanners, hence prolonging operating time. Another reason that justifies the increase in popularity is the fact that more consideration is given today by industries to the preventive maintenance of the plants, and thus portable thermal scanners are considered a tool for running fast inspections without complicated fixings and giving immediate results and flexibility in many types of applications.
Which Industry Vertical is Gaining Maximum Market Share?
“Industries adopt thermal scanners for predictive maintenance and safety”
The industrial sector dominates the share in the thermal scanner market, when considered against other industry verticals, due to its wide range of applications in manufacturing, maintenance, and safety. Thermal scanners are being used extensively for predictive maintenance by industries, as it enables them to experience early warnings against equipment failure. It has been considered one of the important features in the manufacturing environment where operational efficiency is key.
Besides that, thermal scanning is used for quality control purposes that ensure the safety of the products for use. The demand in industries is boosted by an increase in workplace safety and attainment of regulatory standards.
Further, this is expected to drive needs that will continue investment in automation and smart technologies at an upward trajectory, hence forcing the need for effective monitoring and inspection processes, placing thermal scanners at the lead in the vertical.
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Competitive Landscape
Recent trends in the thermal scanner and imaging industry highlight advancements in AI integration, high-resolution imaging, and enhanced user functionality. Companies like Seek Thermal and Hanwha Vision are introducing AI-based object classification, expanded temperature detection ranges, and innovative imaging technologies for safety, industrial applications, and critical situations, prioritizing efficiency, flexibility, and improved operational performance. For instance,
Key Companies Profiled-
Axis Communications; BAE Systems; DALI Technology; FLIR Systems; Fluke Corporation; Guide Infrared; Hikvision Digital Technology Co., Ltd.; Infrared Cameras Inc. (ICI); InfraTec GmbH; Jenoptik AG; L3Harris Technologies; Leonardo; NEC Corporation; Opgal; Raytheon Technologies Corporation; SATIR (Shanghai Advanced Thermal Imaging Technology Co., Ltd.); Testo; Thales Group; Xenics; Other Prominent Players
Industry News-
In April 2023, Seek Thermal launched the FirePRO 300, a top-of-the-line TIC for firefighters. With the highest resolution at 320x240, the widest field of view, and innovative features such as the SV1 Image Optimization and Mixed Gain mode, the FirePRO 300 drastically enhances safety and performance in critical situations.
In February 2024, Hanwha Vision introduced AI-based radiometric thermal cameras, ideal for accurate temperature measurement and security applications. These cameras have AI object classification, wide temperature detection (-40°C to 550°C), and high-quality imaging that are quite ideal for industrial applications. Their small size and lightweight enable easy installation and flexibility, thereby enhancing their ability to make operations more efficient and safe.
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