Viewing the power loss can help determine which faces of the mechanical component are causing power loss in a system so that it’s possible to make changes to the geometry or apply more absorbent scatter profiles.
Surface power: Engineers can now view the power incident on any mechanical or optical component, as well as the flux and irradiance on any specific component at different resolutions. Now, users can select the configurations they want to run a ray trace for and see results for the different configurations faster than before. In previous versions, users had to create a prototype for each configuration and run a ray trace for an individual configuration. Run multiple ray traces for all configurations with fewer clicks: Engineers now have the option of running multiple ray traces for all configurations with fewer clicks. Convert and load off-axis components: Now, with support of the Grid Sag component, users can load optical systems that have off-axis lenses such as some head up displays, mirrors with finite substrates, surfaces with decentered apertures, and more complex aspheric surfaces. When loading an OpticStudio file, LensMechanix creates the component geometry of the supported components after the conversion to non-sequential. 
Load a wider range of OpticStudio files into LensMechanix: LensMechanix now supports the Compound lens, Boolean Native object, and components that convert to Grid Sag. Updates to both LensMechanix for SOLIDWORKS and Creo: In addition, they can easily position the optical system within an existing mechanical assembly. With the new version of LensMechanix for Creo, users can now identify the power incident on mechanical components to validate system performance. The latest version of LensMechanix helps optomechanical engineers load a wider range of OpticStudio files into LensMechanix-including files with off-axis components, such as reflective systems-and run multiple ray traces for all configurations with fewer clicks.
0 kommentar(er)
