Affordable microscope thermography has finally arrived!
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.
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basic information
The non-cooled thermal imaging thermal view X MCR series has the following specifications: - Equipped with a non-cooled microbolometer - 80x64 pixels, 160x128 pixels, 320x256 pixels - 3x microscope: 16.7μm resolution at 80x64, 160x128; 8.4μm resolution at 320x256 - 1x microscope: 50μm resolution at 80x64, 160x128; 25μm resolution at 320x256 - Measurement temperature range: 20 to 40°C (please consult) - Operating environment temperature: stable at room temperature between 18 to 28°C
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Applications/Examples of results
Changes in thermal distribution of microcomponents (resistors, ICs, etc.) on electronic substrates Quality control of microcomponents Manufacturing management and automation of microcomponent production Evaluation of newly developed devices (materials, OLEDs, etc.)
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| Model number | overview |
|---|---|
| XCSC08-WA0050-MCR1 | 80x64 pixels, 50μm resolution |
| XCSC08-WA0050-MCR3 | 80x64 pixels, 16.7μm resolution |
| XCSC16-WA0150-MCR1 | 160x128 pixels, 50μm resolution |
| XCSC16-WA0150-MCR3 | 160x128 pixels, 16.7μm resolution |
| XCSC32-WA0350-MCR1 | 320x256 pixels, 25μm resolution |
| XCSC32-WA0350-MCR3 | 320x256 pixels, 8.4μm resolution |
Company information
Temperature measurement is essential in all manufacturing and research, but it does not always involve content that can be measured accurately. We manufacture, develop, and sell systems, applications, and statistical analysis tools that measure extremely small areas and slight temperature changes that cannot be measured with thermocouples. We have numerous achievements with national and public research institutes, universities, private companies related to semiconductors and medicine, and hospitals.