Industrial Laser Scanning Microscopes | Life Science Laser Scanning Microscopes |
Evident offers image analysis software to expand the capabilities of our opto-digital and laser confocal microscopes. PRECiV™ software provides additional advanced materials solutions that fit your analysis and inspection needs.
3 Ways the Smart Experiment Manager Streamlines R&D WorkflowsThe demands of R&D customers are changing, and our Smart Experiment Manager is up to the challenge. In this post, we discuss some of our latest software improvements and how they can make R&D workflows faster and more efficient. | |
Surface Roughness MeasurementLaser confocal microscopes are optimized for surface roughness measurement and analysis across a range of surface materials. Explore our Surface Roughness Measurement Portal to get a better understanding of surface roughness measurement, why surfaces need to be measured, and additional in-depth information such as surface roughness measurement parameters. | |
Basic Principles of Laser Scanning MicroscopesMore in-depth information on laser confocal microscopes, including how they work, their various parts, and practical applications, can be found here in this guide. |
The LEXT™ OLS5100 3D laser confocal microscope is capable of precisely measuring shape and surface roughness of metal surfaces at a submicron level. More information on surface roughness measurement of metals can be found here.
Experiment Total AssistExperiment Total Assist simplifies tasks by helping you create an experiment plan, visualize data as it’s acquired, and perform data analysis in tandem with the measurement work, reducing operation time by up to 30%. |
Real-Time Macro MappingReal-Time Macro Mapping keeps you from getting lost in your sample by automatically creating a panorama macro map image when the stage moves, making it easy to find the location and area of interest on the sample. |
Smart ScanSmart Scan captures 3D data automatically by optimizing the imaging settings, helping to minimize variation between the different operators. |
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