Pursue thermography that researchers in the field really need
ThermalViewX
ThermalViewX is a thermal imaging system with multi-driver support to expand connectivity to thermography cameras. This product has GUIs for each specialty, such as microscopy, medicine, automation, etc., and can be used consistently and for a long time in a common data format. O/S is supported from Windows 7 to 11, and compatible drivers can be added so that users around the world are able to use old and new thermography systems. This product is equipped with the latest technology and pursued validity of measurement so it is truly necessity in the research field. This system is suitable for users or researchers for whom temperature measurement is critical, such as data output or statistical analysis, for researchers’ algorithms, and for getting necessary data for developers.
Try to solve your problems with ThermalViewX
We offer a wide range of ThermalViewX models in different series and types to meet your various challenges. For low-cost installation, microscopic thermography, medical research, and high-end cooled models, we have the right solution for you with a wide range lineup in every series. Please feel free to contact us for more information.
HR series
Measure temperatures on organisms or human bodies
Viewohre Imaging’s “ThermalViewX HR” is a thermography for medical research and biomedical measurements. The goal of biomedical measurements is to find differences, changes, and patterns in skin temperature. However, thermography is sensitive to temperature fluctuations in the surrounding environment, and is prone to fluctuations of a few tenths of a degree to 1°C. With unique signal processing, internal correction and user functions, it has improved reproducibility and reliability, which are generally weak points in thermography.
MCR series
Temperature measurement on small resions, Microscope
ThermalViewX App
Software for FLIR A camera
【A New ThermalViewX Application】 Beautiful temperature contrasts with unique image processing, various functions such as video, CSV output, offset, difference, etc., and a GUI for many industrial and scientific research applications can be used with the FLIR A camera. (Please contact us for specific models). Whether you need to make up for a missing feature of the FLIR A camera or a renewal of the outdated one, you can take advantage of the powerful performance and versatility of the ThermalViewX application.
Base series
Low price and entry-level thermography
This is the entry-level thermography for research, production method development, detection, analysis, etc. Video-capable type is available. High sensitivity of NETD0.05°C, network-compatible IP camera, Gigabit Ethernet communication, small and light weight and high performance camera are equipped.
DTR series
Industrial thermography for detection, measurement and analysis
For industrial and scientific research for detection, measurement and analysis. It features powerful signal processing and multifunctional GUI. Functions used in previous series, such as operational failure detection, measurement over time, and temperature saturation control, are strongly integrated.
CL series
Cooled thermography for sub-microsecond imaging
The cooled type is principally capable of high-speed, high-sensitivity imaging. It can capture images in sub-microseconds as the fastest speed. Frame rate can be adjusted widely, and high frame rates can be realized by wind-wing. In addition, the wavelength can be selected from near-infrared to far-infrared.
Features of ThermalViewX
Background and concept of development
Thermography cameras, which cost less than 1 million yen, came onto the market about eight years ago, and the market grew due to cost and availability, resulting in lower prices and better performance. Thermography was in high demand for inspections of distribution boards, equipment or buildings, so that many models have been produced to meet this demand, that is low-cost, compact, handheld type. Large handheld models with high resolution and high sensitivity have also been offered for temperature measurement in research and development. Today, as the market has grown and the number of users has increased, so has the range of applications. However, the number of different types of thermography cameras has not increased to an extreme level, resulting in the phenomenon of “users adapting to the thermography camera”. ThermalView X was born with the following concept in order to solve this problem.
CONCEPT
✓ Use high-performance cameras with the right application at the right cost for your purpose.
✓ Camera selectable (pixels, speed, wavelength).
✓ Selectable application software.
✓ High-performance CPUs and large memory at low cost by using a PC.
✓ Users can choose what suits their needs.
✓ Make applications extensible to accommodate future changes in usage.
✓ Pursuit of easy operation based on click action.
✓ Flexibility to customize functions.
FEATURES
✓ Wide lineup. From cost-effective to high-end, high-resolution versions.
✓ Selectable from 5,000, 20,000, 80,000, and 320,000 pixels.
✓ All models are equipped with a high-sensitivity microbolometer.
✓ Minimum temperature resolution (NETD) of all models is less than 0.05°C (@30°C)
- Equivalent to middle ~ high-end class.
✓ High-speed communication via Gigabit Ethernet on all models.
✓ Equipped with PoE, Power Over Ethernet.
✓ Large VGA (640x512 pixels) image display in all applications, regardless of camera pixels.
✓ Real-time display
✓ Easy operation with mouse click
✓ Easy check of measured temperature with mouseover.
Main features of ThermalviewX
ThermalViewX Platform
Real-time thermal image display on PC
The thermalViewX platform displays thermal and visual images on two large screens. This specification was developed to allow researchers to quickly analyze and compare thermal and visual images right there. In addition, it has an optional function to display the temperature on the visual image. Parallax and differences in image size can be adjusted by zooming in on the visual image in 0.001x increments and setting the XY position by one dot. This allows for flexible positioning of various USB/webcams.
Temperature correction algorithm for improved reproducibility
Unique signal correction control
Red: uncontrolled (up/down approx. 0.5°C)
Blue: controlled (up/down approx. 0.3°C)
User offset function
Automatic offset function
Equipped with an automatic offset function, that adjusts to the stable standard heat source and ensures reproducibility. While the user offset function applies an offset once per image, the automatic offset function can save the offset value, allowing the application of the same offset to be applied regardless of the image.