Where the feature tutorials each cover a single capability, these application tutorials walk through complete, realistic design problems end to end: the workflows optical engineers actually run. Each includes the tutorial PDF plus the models and property files to follow along.
FluorescenceFluorescence: Model a fluorescent material from absorption and emission spectra through to simulated output. Fluorescence simulation is central to biomedical instruments, phosphor-converted white LEDs, and fluorescence microscopy. Includes begin and complete model files, so you can follow along or jump to the result.
TexturedRepTile BacklightTextured RepTile Backlight: Design a structured backlight using TracePro's RepTile surface property, which simulates thousands of repeated microstructures without modeling each one as geometry, the standard approach for display backlights and light guides. The included optional file lets you skip ahead to page 16 of the tutorial.
Tissue OpticsTissue Optics: Simulate light propagation in biological tissue using bulk scattering and absorption properties, the foundation of pulse oximetry, wearable health sensors, and light-based therapeutic device design.
These application areas run deep in TracePro. For more, see the TracePro examples library, the TracePro applications overview, or bring your own design problem to a TracePro Online Training session. Evaluating for a project? Request a free trial.