General Guidelines for the Interpretation of Laboratory Tests

There are numerous programs available for analyzing laboratory test results. The main advantage of these programs lies in the data entry process. Data is entered directly on the screen in the respective output form. This means you always see the final form on the screen (as it will appear when printed) and enter the data directly into the respective fields. To change an entry, simply point to it with the mouse and enter the change.

General description:

* You can save multiple experiments within a project and easily select them within the project. To save time, you can copy the header data for each experiment within a project.

* The ability to save multiple experiments in a single project extends beyond the scope of any single program, as you can save experiments from different lab programs within a single project.

* You can also open multiple projects at the same time in different windows, for example, to compare the results.

* The entire manual is, of course, available as online help. You can also access help for specific sections of the form by clicking the "arrow with a question mark" button.

* Installing the programs is very easy and is done automatically by an installer.

* You can easily add your company logo and name yourself at no extra cost.

Input:

* The main advantage of these programs is the data entry process. Data is entered directly on the screen using the appropriate form. This means you always see the final form on the screen (just as it will appear when printed) and enter the data directly into the appropriate fields. To change an entry, simply point to it with the mouse and enter the change.

* Another advantage is that you have visual control and can see the results immediately on the screen. An easy-to-use zoom function is available to help you see even the smallest details on the screen.

Issue:

* The forms are printed exactly as they appear on the screen when you enter data. You can, of course, check the layout using the standard Windows print preview.

* The runs of a project (from the current program) can be printed in a batch without having to take action after each run. For some programs, the print output can be limited.

* Export functions for Excel, PDF, and various graphic formats (BMP, DXF, EMF, SVG, JPG, PNG, etc.) are also available. Bitmaps can also be saved as a cropped section to either a file or the clipboard.

* For programs that include charts, you can manually adjust the output grid.

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Areas

The individual programs are described in more detail below:

WinAttbg - Determination of Atterberg Limits

WinAttbg - Determination of Atterberg Limits

WinCBR - Determination of the California Bearing Ratio

WinCBR - Determination of the California Bearing Ratio

WinDicht - Determination of density and moisture content

WinDicht - Determination of density and moisture content

WinDurch - Permeability Test

WinDurch - Permeability Test

WinDynPl - Dynamic plate load test

WinDynPl - Dynamic plate load test

WinEinax – Software for determining uniaxial compressive strength

WinEinax – Software for determining uniaxial compressive strength

WinEns – Determination of Water Absorption Capacity

WinEns – Determination of Water Absorption Capacity

WinGlueh – Determination of Loss on Ignition

WinGlueh – Determination of Loss on Ignition

WinKalk – Determining the lime content

WinKalk – Determining the lime content

WinKomp – Compression test with restricted lateral expansion

WinKomp – Compression test with restricted lateral expansion

WinKorn – Particle Size Distributions

WinKorn – Particle Size Distributions

WinPlatt – Plate Compression Test

WinPlatt – Plate Compression Test

WinProc – Analysis of Proctor Tests

WinProc – Analysis of Proctor Tests

WinRho – Determination of Grain Density

WinRho – Determination of Grain Density

WinScher – Shear Test

WinScher – Shear Test

WinTriax – Triaxial Test

WinTriax – Triaxial Test

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