Leica LAS X
Leica Microsystems Application Suite X (LAS X) is the software platform for straightforward imaging and documentation in industrial applications
Leica LAS X helps you to deliver reliable results with confidence. Speed, efficiency, and precision drive your team, powered by this software that facilitates their daily tasks.
Software should make your standard tasks faster, easier, and more efficient; not more complicated. LAS X has a tidy user interface and navigation that makes workflows self-evident, intuitive, and easy to learn for anyone in your team.
LAS X offers you a wide range of report templates. You can customize the templates according to your needs and share them with your team. This ensures that your team delivers reports that are consistent with each other.
LAS X enables supervisors to create user profiles according to the skills and the tasks of individual team members – from microscopy beginners to expert
Leica LAS X offers a range of additional software modules and expert solutions for specific applications. This allows you to tailor your microscope system into a dedicated high-performance tool for current and future challenges. LAS X software modules are also available for microscopy tasks in industrial applications such as quality control, quality assurance, failure analysis, material science, forensics, research, and development.
LAS X IN IMAGE ACQUISITION
EXTEND LAS X CAPABILITIES IN IMAGE ACQUISITION AND DOCUMENTATION OF SINGLE IMAGES
|LAS X User Management||Create user groups with different access levels. Allow or restrict individual functionalities for respective access levels.|
|LAS X Extended Annotation||Annotate your images with text in various fonts and colors, graphics, or measurements.|
|LAS X Measurements||Measure parameters such as length, area, diameter, angle, or perimeter of objects you mark with adjustable tracing lines, drawing directly in the live images. Add labels for easy analysis. Apply measurements to several images to determine the statistical trend and compare data in measurement templates. Apply long-distance measurements that span more than a single field of view.|
|LAS X Reticule||Display digital reticules, such as grain size, lines, circles, crosshairs and counting grids, on real-time images as electronic overlays for inspection, measurement, point counting, and comparison. Unlike eyepiece reticules, digital reticules adjust to the magnification or zoom of the microscope.|
|LAS X Live Stream Movie||Capture images at set time intervals automatically to create movies to stream. Download as individual images or AVI files.|
EXTEND LAS X CAPABILITES IN IMAGE ACQUISITION, MEASUREMENT AND ANALYSIS IN 2D AND 3D
|LAS X Live Image Builder||Create images that are bigger than a single field of view. Obtain a single in-focus image, if the shallow depth of field provides only a partly focused image.|
|LAS X Z-Control & SW Autofocus||Create a single sharp image by capturing a stack of images at different focus positions and combining them automatically into an Extended Depth of Focus (EDOF) image.|
|LAS X Extended Depth of Field||Create sharp 2D images from several partially in-focus images. In connection with the 3D Surface Viewer, the creation of 3D images is also possible.|
|LASX Stitching||Create 2D images from multiple tiled images captured automatically. Get a spiral scan to capture only the region which interests you most. Single images can be retrieved and analyzed with LAS X 2D Analysis.|
|LAS X 3D Surface Viewer||View 3D surfaces created from LAS X Extended Depth of Field.|
|LAS X 3D Surface Measurements||Measure 3D surfaces created from LAS X Extended Depth of Field in the LAS X 3D Surface Viewer.|
LAS X IN METALLOGRAPHY
|LAS X Nodular Cast Iron Expert||Assess cast iron, adhering to industry standards including ASTM E247, ISO 945-2 and JIS5502. Use this software module for ductile irons to identify graphite nodules and place them into shape and size classes. Assess the ferrite and pearlite content and combine the results from these separate analyses.|
|LAS X Decarburisation Expert||Identify and analyze the depth of decarburization in non- or low-alloyed steel. Automatically calculate the functional decarburization depth as a function of the amount present in the unaffected interior and your product specifications.|
|LAS X Metallography Toolbox||Assess, analyze, and measure metals, alloys, layers, and coatings, adhering to laboratory requirements by incorporating analysis methods utilized in industry standards. Document your results in a Microsoft Excel report.|
|LAS X Grain Expert||Evaluate the properties of materials by analyzing grain size to help determine the characteristics of the final product. The incorporation of industry standards ensures your analyses conform to your laboratory requirements.|
|LAS X Phase Expert||Measure multi-phase microstructures identified by their distinctive color or contrast in materials and metallurgy laboratories. For example, the reflectivity of components in oil-shale; polarisation colors of constituents in a thin rock section for modal analysis. Determine the occurrence of these phases with reference to the overall image or to one of the selected phases.|
|LAS X 2D Analysis||Detect, measure, and evaluate features and particles of powders, fiber cross-sections, pigments using a wide range of parameters. Use histograms, pie charts and statistics to illustrate results that can be exported to Microsoft Excel.|
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