You can find out useful information such as the hazard distance (NOHD) for both static beams and shorter exposures to laser effects. The results will also tell you the spot size of the laser beam, and the power density of the laser at a given distance. The software automatically checks the MPE (Maximum Permissible Exposure) data derived from the laser safety standards, to see how it compares with the actual calculated exposure.
The software allows you to experiment with a wide range of input values so you can start to get an idea on how they affect laser safety, which in turn gives a useful insight into how altering them change the nature of the hazard.
In addition to the calculation tools, Scanguard Lite is also equipped with a handy reference tool section, providing information on the MPE data, hazard classifications of lasers, and a wavelength/response chart.
Scanguard Lite is based on the same technology used in the more sophisticated versions of the software and even share the same user interface, meaning that if you do decide to upgrade to a different version you'll already be familiar with some of the layout.
Screenshot example of the Scanguard Lite Version:

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