T°Imager™ extends the InfraScope™ platform into the submicron range — delivering pixel-by-pixel calibrated temperature mapping with spatial resolution down to 0.2 µm and temperature differential resolution of 0.1 °C.
T°Imager™ Thermoreflectance Temperature Mapping Solution
T°Imager™ captures temperature field images using visible light — bringing submicron thermoreflectance imaging to engineers who need the highest spatial resolution available. It is available as an optional technique on the InfraScope™ system, and also in a standalone microscope format.
0.1°C
Temperature Differential Resolution
0.2µm
Spatial Resolution
Pixel-by-pixel calibration via coefficient of thermal reflectance map — delivering accuracy no single-coefficient system can match.
A Complete, Configurable Measurement System
T°Imager™ arrives as a fully integrated solution — available as an optional technique on the InfraScope™ system or in a standalone microscope configuration. Core components include:
Microscope Optical Head
With integrated lens turret for flexible magnification configurations.
Control Box & PC Controller
Full system management for data acquisition and instrument control.
512 × 512 CCD Camera
High-performance image capture for precise thermoreflectance imaging.
Visible or Visible-NIR Objectives
Configurable for your application and material requirements.
Nano-Positioning Chuck
Precise sample placement for repeatable, accurate measurement.
Tunable Light Source
Multi-wavelength, fiber-optic delivered. Adjustable color and intensity for optimal signal-to-noise ratio across any material or magnification level.
Synchronized Acquisition. Calibrated Results.
Our software enables viewing and positioning of the DUT, control of data acquisition, display of the resulting temperature field, and data export to popular formats — giving engineers everything they need for thorough analysis and visualization.
Pulse-Activate the DUT
An output trigger pulse-activates the device under test and synchronizes image acquisition to its on/off states.
Capture Reflectivity Changes
Temperature changes between on/off states create reflectivity changes at the device surface, captured by the CCD camera.
Generate Calibrated Temperature Map
Pixel-by-pixel calibration processes the captured data into a precise, accurate temperature map ready for analysis.
Expand Your InfraScope™ Capabilities
InfraScope™ is part of our broader temperature measurement microscopy platform. Depending on your application, you may also want to explore:
High-Speed Transient Imaging
Transient-IR
High-speed MWIR temperature trace option for time-dependent thermal events at microsecond resolution.
Ready to Add Submicron Thermal Imaging to Your Lab?
Whether you’re adding T°Imager™ to an existing InfraScope™ system or evaluating a standalone configuration, our team is here to help you find the right solution.