ALL ABOUT THERMAL IMAGING CAMERAS
TBT INCSpecialized Group of
Thermal Imaging Camera
SOLUTION
TBT provides the best solution for our customers.
Experience a variety of solutions.
PRODUCTS
Description of the product of TBT.
Check out various products.
Defence
It monitors the surroundings clearly with unshakable images,
clear image quality, and gyro stabilization technology even in
dark nights to protect them from the risk of collision.
Commercial
IR thermal imaging cameras have the advantage of being able to
monitor major facilities at night and after bad weather such as fog,
sea fog, snow, and rain. It is also easy to detect and prevent accidents or
intrusions into key facilities.
TBT NEWS
News from TBT. Check out the latest news.
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09
2026.06
[NEWS] TMS-20 Passes 40 m/s Wind Tunnel, IEC-Based EMC, and Salt Resistance Tests
Extreme environment verification completed, demonstrating reliability across diverse operating conditionsThe TMS-20 model has successfully passed a recently conducted 40 m/s wind tunnel test, IEC-based EMC (Electromagnetic Compatibility) test, and salt resistance test, demonstrating its outstanding performance and reliability.These tests were carried out to verify stable operation under various environmental conditions. The TMS-20 showed excellent performance even under demanding conditions that may occur in real operating environments, including strong winds, electromagnetic interference, and salt exposure.First, the wind tunnel test recreated typhoon-level wind conditions with a maximum wind speed of 40 m/s to evaluate the product’s structural stability and operational performance. As a result, the TMS-20 maintained stable operation despite strong winds and changes in wind direction, with no performance degradation or abnormalities found in its major structures or systems. This confirmed that the product can operate reliably even under extreme weather conditions.The EMC test, conducted to verify electromagnetic compatibility, was performed based on IEC international standards. IEC EMC standards evaluate whether electrical and electronic equipment can operate properly in various electromagnetic environments without interfering with other equipment, while also maintaining normal operation under external electromagnetic interference.During the test, the TMS-20 met electromagnetic emission requirements and maintained stable operation even under external electromagnetic conditions. This demonstrated its reliable operation across various electromagnetic environments, including industrial sites, public infrastructure, and communication environments.In addition, the TMS-20 achieved excellent results in the salt resistance test, which was conducted with coastal and maritime environments in mind. Through testing in a salt spray environment, the corrosion resistance of major components and structures was verified, confirming that performance degradation caused by corrosion can be minimized even during long-term operation.A company representative stated, “These tests were an important process for objectively verifying the technical maturity and quality competitiveness of the TMS-20. By passing the 40 m/s wind tunnel test, IEC-based EMC test, and salt resistance test, we confirmed that the product meets the performance standards required in various operating environments.”The representative added, “These verification results will further strengthen the stability and reliability of the product. We will continue to provide customers with even more reliable products through ongoing research and development, as well as continuous quality innovation.”Through these test results, the TMS-20 has proven that it can deliver stable performance under diverse operating conditions, including strong winds, electromagnetic interference, and salt exposure. It is expected to expand its application scope across various markets, including industrial, public-sector, and special-purpose fields.
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09
2026.06
[NEWS] TBT to Attend Eurosatory 2026 and Introduce Anti-Drone Systems to the Global Defense and ...
TBT to Attend Eurosatory 2026 and Introduce Anti-Drone Systems to the Global Defense and Security Market TBT Co., Ltd., a specialist in thermal imaging cameras and electro-optical/infrared (EO/IR) systems, will attend Eurosatory 2026, a leading international defense and security exhibition held in Paris, France. During the exhibition, TBT will conduct on-site meetings with global customers and partners to introduce its key solutions. Eurosatory 2026 will take place from June 15 to 19, 2026, at the Paris Nord Villepinte Exhibition Centre in France. As a major international exhibition dedicated to the defense and security industries, the event brings together defense and security professionals, government agencies, military representatives, leading companies, and technology experts from around the world. Although TBT will not operate a separate booth at the exhibition, all members of the Global Business Team will visit the venue to hold business meetings with overseas customers and partners. Through its attendance, TBT plans to identify the latest technology trends in the global defense and security market while actively introducing its product portfolio and technological capabilities, including its anti-drone system. In particular, TBT will conduct customized consultations focusing on product lines applicable to defense and security environments, including drone detection and response solutions, thermal imaging cameras, EO/IR surveillance systems, and perimeter surveillance solutions. With the growing need to respond to small unmanned aerial vehicles and asymmetric threats, overseas market interest in anti-drone systems and high-performance surveillance solutions is expected to continue increasing. A TBT representative stated, “Eurosatory is an important business platform where key stakeholders from the global defense and security industry gather. Through our attendance, we plan to communicate directly with overseas customers and introduce TBT’s anti-drone systems and EO/IR-based solutions to a wider global audience.” The representative added, “Customers and partners who wish to meet with TBT during the exhibition are encouraged to contact us in advance. We will be available on-site to provide product introductions and technical consultations. TBT will continue to actively promote its technological competitiveness and cooperation opportunities in the global market.” Overseas customers, partners, and industry representatives interested in consulting with TBT during Eurosatory 2026 may contact the company through TBT’s official website or the relevant department.
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08
2026.05
[NEWS] TBT to Participate in Japan’s Counter-Terrorism Exhibition “SEECAT 2026” ...
TBT to Participate in Japan’s Counter-Terrorism Exhibition “SEECAT 2026” and Showcase Its Anti-Drone System TBT Co., Ltd., a specialist in thermal imaging cameras and electro-optical/infrared (EO/IR) systems, will participate in SEECAT 2026, a counter-terrorism and security exhibition held in Tokyo, Japan, where the company will showcase its anti-drone system and expand its presence in the global security market. SEECAT 2026 will be held from September 30 to October 2, 2026, at Tokyo Big Sight South Hall. The official name of the event is SEECAT (Special Equipment Exhibition & Conference for Anti-Terrorism) ’26, and the organizer introduces the exhibition as Japan’s only specialized exhibition dedicated to counter-terrorism. Marking its 20th edition, the event will operate as a closed business exhibition with strict visitor screening procedures. At the exhibition, TBT plans to present its anti-drone system, focusing on drone detection and countermeasure technologies. TBT specializes in the development and production of electro-optical precision control systems optimized for defense and commercial applications. Its product portfolio includes gyro-stabilized domes, turret-mounted electro-optical systems, LWIR and MWIR thermal imaging camera applications, and long-, medium-, and short-range surveillance camera systems. In particular, TBT’s drone detection solution is designed to detect unauthorized drones at short, medium, and long ranges based on the precision tracking performance of its EO/IR cameras. The company explains that its systemized solution, integrated with software and EMP-related technologies, enables the detection, tracking, and neutralization of unauthorized drones. SEECAT is a specialized exhibition that provides efficient business matching opportunities for public safety officials, including police, fire departments, and Japan Self-Defense Forces, as well as crisis management personnel responsible for critical infrastructure such as energy networks, transportation infrastructure, and large commercial facilities. Exhibited categories include robots and drones, port and maritime security, aerospace surveillance, detection, inspection and analysis, monitoring and alarm systems, EMP countermeasures, and advanced dual-use technologies. TBT’s participation is drawing attention as the importance of drone detection and countermeasure technologies continues to grow amid increasing threats from unauthorized drones targeting airports, critical facilities, military sites, and public infrastructure. TBT provides surveillance solutions combining thermal imaging cameras, laser rangefinders, lasers, IR LEDs, multi-sensor systems, and software. The company has built strong technological competitiveness in defense and security fields requiring 24-hour day-and-night surveillance and reliable performance in adverse weather conditions. A TBT representative stated, “SEECAT is a specialized business exhibition where we can directly meet end users in the fields of counter-terrorism, public safety, and critical infrastructure security. Through our participation, we aim to actively introduce TBT’s anti-drone system and EO/IR-based surveillance technologies to the Japanese and global security markets.” Through its participation in SEECAT 2026, TBT plans to expand partnerships in overseas public safety, defense, and critical infrastructure security markets, including Japan, while strengthening its global competitiveness in the fields of anti-drone and electro-optical surveillance systems.















