Thermal Reflection Laser Confocal Microscope | Nanoscope Systems lnc

The CTRM750 thermal reflection microscope is a microscope specially developed by Nanoscope Systems in South Korea for semiconductor research and other purposes. Integrating confocal and heat reflection modules, it can measure the 3D contour of the sample surface while also measuring the actual heat distribution on the sample surface.

The CTRM750 thermal reflection microscope is a microscope specially developed by Nanoscope Systems in South Korea for semiconductor research and other purposes. Integrating confocal and heat reflection modules, it can measure the 3D contour of the sample surface while also measuring the actual heat distribution on the sample surface. The thermal reflection module adopts the principle of thermal reflection, collects the change in brightness of the target sample with temperature, and uses a function to obtain the thermal reflection coefficient (κ). By inputting the thermal reflection coefficient (κ) into the system for measurement, the actual temperature value of the target sample's thermal distribution image can be obtained.

Features&Benefits:

1. High resolution non-destructive optical 3D measurement

2. Real time confocal imaging

3. Multiple optical zoom options

4. Automatic tilt compensation

5. Dual Z-axis scanning

6. Compact module size

7. Modular placement

8. Easy to operate

Main functions:

Confocal module

1. 3D contour measurement

In confocal mode, letSet in the Z directionMeasurement range, can obtain high-definition 3D contour images of the sample surface, and can analyze the surface of the sample at different temperaturesInflation data.

2. Real time confocal imaging

Through Live mode, real-time confocal videos of samples can be exported

Thermal reflection imaging module

1. Synchronous

In Synchronous mode, this method obtains thermal reflection images by matching the period of the signal source with the measurement timing of the camera

2. ASynchronous

In Asynchronous mode, the generation period of the signal source is independent of camera measurements. The image measured in this way is then used to obtain a thermal distribution image through a separate TRMeter.

TRViewer (software):

Transient thermal imaging

Application field:

Specifications (parameters):