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This is a thermal imaging device for non-contact temperature measurement of areas at the micron level and objects at the millimeter level. Temperature measurement of sizes below 1mm cannot achieve accurate results simply by magnification. Without proper calibration and correction techniques, no matter how many pixels are used, the temperature will only be underestimated. The Thermal View X MCR series is a microscope thermal imager equipped with uniquely developed calibration and correction technology, enabling temperature measurement at the micron level. It is the smallest design in the history of the Thermal View X MCR series, featuring an ultra-compact design as a microscope thermal imager with a width of 5mm and a height of 52.5mm. The body length is also kept under 100mm. This allows for installation within equipment and arrangements alongside other devices that were previously difficult, while enabling temperature measurement with a resolution of 28.4μm.

• Thermography

The "Thermal View X MCR Series" is a microscope thermography useful for developers involved in advanced semiconductors, carbon neutrality, and green energy. Developers who want to measure thermal losses to create energy-efficient devices can use it for temperature measurements up to 400°C at the micron level (below 1mm). It can be applied to heaters for semiconductors, new materials, light-emitting devices, lasers, infrared, UV irradiators, narrow wiring, RF components, and more. 【Features】 ■ Temperature measurement of small areas with proprietary calibration ■ Visualization of minute temperature changes and abnormal heat generation in small areas through proprietary signal and image processing ■ Video functionality and statistical methods to assist researchers and inspectors in their analysis ■ Complex functions can be easily and intuitively used through a GUI *For more details, please refer to the PDF materials or feel free to contact us.

• Thermography

The "Thermal View X MCR Series" is a thermography specialized in measuring micron-level areas. When measuring non-contact temperatures at the micron level, various unusual noises can affect the measurements. Each of these is corrected individually to achieve complex calibration. You can choose a system that meets your needs, including various resolutions, working distances, measurement ranges, video analysis, and differential analysis. 【Features】 ■ A series dedicated to temperature measurement in small areas ■ Easy to capture videos ■ Wide range of lineup ■ Does not miss small changes * For more details, please refer to the PDF materials or feel free to contact us.

• Thermography
• Other microscopes

This is an XYZ stage for microscope thermography. It can be moved ±15mm (or 20mm) in the horizontal, depth, and vertical directions. For thermography without standard mounting specifications, you need to purchase stages and mounts that match each camera's mount. However, if the camera has a tapped tripod screw (1/4"), you can use this device immediately.

• Other laboratory equipment and containers

This thermal camera has a pixel count of 640x512 and boasts the highest resolution in its class with a resolution of 8.7um or lower. There are models capable of measuring up to 100℃ and others that can measure up to 400℃. It allows the use of various features of the Thermal View X App, and lens exchange is also possible. The software used is the Thermal View X App. In addition to a wealth of features such as still image and video acquisition, analysis, data output, offset function, and interval settings, it also includes unique signal processing and uniformity correction. The Thermal View X has been on the market for over 10 years, has long supported Windows 7, and will continue to protect the use of your valuable data for a long time.

• Thermography

Low-cost, high-sensitivity, high-performance thermal imaging. While the features are minimal, it is equipped with high-speed communication, high frame rates, high resolution, and high expandability. In addition to the basic functions of Base, such as still image raw data, bitmap, and CSV output, it also allows for video recording, making it ideal for users who want to minimize costs while conducting research and development, method development, and adding their own data post-processing.

• Thermography

When an abnormal temperature is detected during remote thermographic measurement, it can be set to send an email with temperature information to the registered email address. The camera can be selected from six types, ranging from 80x64 pixels to 640x512 pixels, and it can accommodate various temperature ranges such as up to 135°C, 550°C, 1200°C, and 2000°C. Thermography controlled by a PC via Gigabit Ethernet communication uses Outlook within the control PC to send emails. Additionally, data can be saved on the PC along with time information.

• Thermography

Microscopic thermography is generally more expensive than regular thermography, making it a high barrier to entry. Microscopic thermography has a unique level of measurement difficulty, and the specifications required for the hardware tend to be high due to the need to measure under low light conditions and various thermal drifts. The low-cost microscopic thermography Thermal View X MCR series mitigates measurement issues through software compensation, thereby keeping hardware costs down. While the measurement accuracy as hardware is reduced, the thermal distribution is comparable to other non-cooled high-end products, and by allowing users to adjust measurements, significant cost reductions have been achieved.

• Thermography

This is a thermal camera capable of measuring temperatures up to 2000°C, which is the highest temperature level in thermal imaging. It features a high resolution of 640x480 pixels and a highly sensitive sensor with a NETD of 0.05°C. With gigabit Ethernet high-speed communication, it allows for high-performance control via PC, processing and recording over 300,000 data points while simultaneously displaying and analyzing images at temperatures up to 2000°C. Additionally, it offers lens options such as wide-angle and telephoto, and a microscope option is also available. Applications can be selected from the Thermal View X lineup, making it adaptable for numerous uses.

• Thermography
• Thermography

To perform high-speed imaging with conventional thermography, a cooled thermography using quantum-type sensors is required, which costs over 10 million yen. However, with uncooled systems, high-speed imaging is difficult due to their operating principles, with a limit of 50 to 60 Hz. Nevertheless, thanks to a technology called Windowing, high-speed imaging of up to MAX 200 Hz (640x120 pixels) or MAX 100 Hz (640x240 pixels) has become possible (the actual rate depends on the PC). The Thermal View XA6150, which has a high resolution of 640x480 pixels in full frame and a high sensitivity with NETD of 0.05°C, offers 18 different applications to select necessary functions, making it a thermography system that can be considered the highest standard among uncooled systems.

• Thermography

Thermography is primarily offered for industrial applications. Its purpose is to detect abnormal heat generation of several tens of degrees Celsius, such as in the inspection of distribution boards in factories. As a result, compact handheld models have become mainstream, featuring small displays that allow for easy use over a wide area, with temperature analysis conducted thoroughly after capturing images. This is because the inspection process strongly focuses on quickly identifying any unusually red areas on-site. In clinics and treatment centers, it is common to compare temperatures before and after treatment, leading to a high demand for the ability to easily and instantly compare two images. Additionally, there are requests to show the images to the subject being photographed, which requires displaying them on-site and in a larger format. However, since compact handheld models dominate the industrial market, they lack the functionality for comparing two images or displaying them in a larger size. While there are larger display models and PC-connected cameras available for research purposes, they are quite expensive, costing several million yen. The Thermal View X-HR-B was developed to optimize both usability and cost in light of this background.

• Thermography

Thermography with a multi-view GUI optimized for thermal design evaluation of electronic circuit boards. With many thermal analysis functions, it can assist in the thermal design evaluation of electronic circuit boards and the thermal analysis of electronic components. By selecting the resolution, options range from low-cost versions to high-end models, all using high-sensitivity sensors with a temperature resolution of 0.05°C or less. The highest resolution is 320,000 pixels, making it one of the best in non-cooled sensors. Communication utilizes gigabit Ethernet, which is cutting-edge for non-cooled devices. High-speed communication allows for the processing of large amounts of data and, unlike USB, enables long-distance communication. It features a manual adjustment function for reference temperatures such as thermocouples useful for electronic circuit board and component analysis, a meta-image that captures temperature changes, magnified display of small components, and image processing that beautifully displays images even with few pixels, incorporating new thermal analysis functions. The button operation features a tile-style user interface, making it easy to understand and use. Anyone can easily operate it.

• Thermography