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packVol is an Optimization Software for Load Planning, designed to plan the best space utilization inside containers and trucks, to help you reduce your transportation costs. It is an innovative software for MS Windows™, which has some unique features not found in other container loading software products. Thanks to its advanced optimizer, truly tridimensional, the program allows you to manage efficiently complex load planning problems.

Some of the advanced features of the program may be oversized compared to your needs, or at least not fully utilized. For this reason PackVol is also available in LITE version, which sees the absence of the functions of uncommon use and has reduced license cost

For example, the program can define the vertical ordering of the units according to the load bearing strength (normal stress) of each item. With this feature the User can obtain realistic solutions, without the need to enter a lot of empirical rules on how items should be stacked. As a second example, the program can deal with the “Load by Ratio” (Set) load when only a subset of items are grouped, even in a multiple containers load plan.

To learn more about constraints and rules handled by our load planning software, please visit the section Loading Rules.

You can also modify or create the entire load plan manually, with the ease of a paint program. The application indeed offers you a special visual environment, which combines the standard editing functionalities (select, copy, paste, cut, undo, redo, zoom, pane, etc.) of a common 3D graphics program with a rigorous enforcement of the loading rules.

packVol is a program, written in C++, with a modern and easy-to-use graphical user interface. The size of the executable is really small, with great advantages in terms of speed and responsiveness of the application.

FEATURES:

Ability to define or modify a load plan in manual mode
Possibility of increasing the number of packages in current solution ("Start from Current")
Internal database to store data of packages and containers
Import data from Excel file in native format (xls)
Vertical ordering of the load plan according to the stacking indices, max stacking, predefined positions
Longitudinal ordering of the load plan according to the destination and/or to axial sections
Priority rule for the packages
Ability to check the stability of each package, and to control the position of the center of mass of load plan
Control of maximum load weight of each container
Control of linear density and average load on container floor
Unusable section of the container
Creation of the load plan report in pdf format for each container