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Overview acquisitions at greatest resolution
Particularly when working at extremely high magnification, structures users wish to acquire may be larger than the field of view of the camera. analysis work offers a feature for generating large format panorama images by acquiring multiple component images which are then automatically placed next to each other – thus creating a large overview image. Users no longer need to rely on objectives with low magnification and low resolution. Images acquired at neighbouring positions are stitched together seamlessly, resulting in a single, high-resolution panorama image.
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Structured archiving
The integrated image database archives images along with all analysis, process and documentation data. Images may be saved directly with texts, sheets and graphics. This means the whole acquisition and processing sequence is documented as a single unit. The database structure can be adjusted to suit users' own workflows. User-specific masks make inserting recurring data much easier and reduce the likelihood of erroneous data entry. The database's unique architecture ensures efficiency and speedy access to needed data while keeping its network capacity requirements low.
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Results documentation – easy and professional
The report generator makes creating standards-compliant image charts convenient, quick and easy. These image charts are based on user and/or workgroup templates which can be defined just as users like or need them. The report generator supports graphical elements such as images, sheets and diagrams. Text fields may be filled in automatically with database field content or evaluation results. Numerous options such as standard magnifications and detail zooms are available for report generation. Simply dragging & dropping images from the database onto the report is all that is necessary to generate a report within seconds. The correct number of pages is generated automatically.
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Chart comparison
Chart comparison on the PC screen means it is possible to quickly and easily assign the live image to the relevant reference image as well as documenting object properties. This kind of chart comparison is ergonomic – even with highly detailed images – because the entire monitor is used for displaying reference images and live image. Characteristic data (numerical or text) can be assigned to each reference image. This data can be transferred at a click of the mouse into the results sheet. Various EN-ISO, DIN and ASTM charts are also available as extensions. Furthermore, users may define their own charts and integrate them into the chart pick list.
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Microhardness testing
The Knoop and Vickers methods are provided for determining hardness. Hardness is calculated based on evaluation of the indent diagonals. The resulting data can be shown in tables and/or diagrams. In addition, hardness profiles are generated.
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Structured archiving
