Material flow

The Material Flow task area provides an overview of the functions and settings integrated into visTABLE® which can be used to define, evaluate and represent flow data.

Generally speaking, flow data describe the causes for material flows in the factory. In visTABLE®, they are defined as Product Flows or by way of transport tables or matrices. The possibility of importing and exporting the data from or to Microsoft® Excel® facilitate the preparation from and for data sources and sinks which are available otherwise and are used for the dimensioning or operation of the factory (e.g. simulation, ERP or labor-planning calculation systems). All types of (countable) piece goods transports can be used as a source for flow data in visTABLE®; continuous flows of material require modeling as a Mass or Volume Flow (e.g. for the so-called process industry).

User interface

The settings for the Material Flow are called from the System Menu and displayed in the Task and Tool Area.

Task area with existing flow datasets

Material flow: Existing flow datasets

Settings of the same function group are summarized in sections (sometimes, in expanders):

Task area without flow datasets

Material flow: Existing flow datasets

  • Some functions are only available if flow data exist in the layout.
  • In this case, start first with an analysis of your processes or import the relevant information.

Material flow tasks

The section provides access to design and evaluation functions for flows in visTABLE® in a compact form:

  • Analyze Processes is the first and essential task to design layout in accordance with the material flow. To start visTABLE®logix, left-click or tap on the button.
  • The Logistics Assessment function can be used to analyze the efforts and costs for transportation by way of the Logistics Assessment Function of visTABLE®touch.
  • Find Approaches for Optimization starts the analysis of the flow relationships by way of the Distance-Intensity Chart.

Material flow settings

This menu item comprises settings for Flow Visualization and for the use of Transport Networks:

  • Show Transport Networks controls whether or not the defined transport networks are to be visible in the layout area. Hiding transport networks increases the clarity in the 2D representation. This has no influence on the routing of the material flow. It is normally only necessary to display transport networks to design or modify them. Transport networks are not visible in the 3D View
  • Use Transport Networks specifies that all transports are to be carried on the shortest route through the transport networks where possible. If individual flows cannot reach their transport network, the cause is to be seen in the modeling of the transport network itself, not in this setting.
  • Show Flows activates or deactivates the Flow Visualization (flow arrows in 2D).
  • Max. Arrow Width specifies the width of the arrow which corresponds to the flow with the highest intensity. This is connected to the width of the Network Load Display, the width of the Network Edges and the size of the Network Nodes. The higher the value for the maximum arrow width, the thicker are the transport networks represented in the layout.

Hiding/showing material flows and transport networks

Flows and transport networks are normally visible in the layout. Certain assessment functions are displayed in the layout automatically when called. Nevertheless, you may wish to show the flows explicitly, or you wish to hide the flows or transport networks explicitly for better clarity.

In addition to the possibility of influencing the visibility by way of the Layer Control, the procedure when using the central task area ‘material flow’ is described in the following.


To be able to represent flows, it is imperative for flows to have actually resulted from the underlying data. It is therefore recommended to familiarize first with these basics.


  1. In the System Menu, call the Material Flow task area.
  2. To hide or show flows or transport networks, use the Show Flows and Show Transport Networks switches.

Material flow: Hiding/showing flows and transport networks

Using or ignoring transport networks as restrictions

visTABLE®touch usually uses transport networks as restrictions for automatic calculation of the routes for flows. In this way, it is possible to take into account restrictions that become relevant in real layouts in later planning phases. If you wish, however, to get a rough overview or temporarily ignore the already stored restrictions, you can temporarily disable the use of transport routes for the whole layout.


  1. In the System Menu, call the Material Flow task area.
  2. Use the Use Transport Routes switch to enable or disable the restrictions. The calculation is based on your settings. The flows are visualized correspondingly, and your decision is taken into account by the evaluation functions (e.g. the Logistics Assessment).

Material flow: Using or disabling transport routes


  • Can be used to import the material flow data in the formats ‘Product flow’ (visTABLE®logix), ‘Transport table’ or ‘Transport matrix’.
  • Import data must be available in Microsoft® Excel as a workbook (.xlsx).
  • When importing material flow data, you can select either to overwrite the existing material flow data completely or to complement the existing data by the data contained in the file. An aggregation is performed here where necessary.

Practical tip

To produce templates for the data import, export the desired format from a layout that already contains the appropriate flow relationship. The structure of the Excel workbooks is usually derived from these data.

CSV Import

; is used as data separator and the Windows configuration (, or .) is used as decimal separator.

Product flow

The product flow format is the most detailed form of representation for flow relationships. Hence, a flow can be broken down into the involved product families and dissolved into the individual transports between the process steps. In addition to the sources and sinks, it is also described explicitly for each transport which operations (process steps) are performed at the sources or sinks, which parts and transport containers are moved and which types of transport means are involved. When importing material flow data in the product flow format, you can map several product families in an annual production program and process in visTABLE®logix.


The transport table format aggregates the flow data insofar as each flow is described merely as a relationship between a source and a sink with a certain intensity and the use of a type of transport means. The numbers of the transports [transports/a], volume or mass flows [m³/a or kg/a] are accepted as the intensity measure. The efforts in transportation are output in visTABLE®touch either in m/a or a mass or volume flow length related to the corresponding year. This format is especially suited for planning on the plant structure level in the concept and rough planning phase. Furthermore, the transport table format can easily be filled with transport jobs from an ERP report.

Intensity measure

To be able to differentiate between the individual intensity measures, specify the desired unit in the table head of the 3rd column of the import table as follows:

  • Do not use square brackets in the “Number of transports” field, i.e.: Intensity
  • for mass flow: Intensity [kg],
  • for volume flow: Intensity [m3] (the numeral ‘3’ is not raised)


The transport matrix format rounds off the possible import formats by the matrix format which is especially widespread in academic studies. Only the sources and sinks, as well as the intensity are processed in the Number of Transports measure. The direction of the flow relationship between layout objects, i.e. finally their function as a source and/or sink, is defined via the position of the intensity value relative to the main diagonal of the matrix:

  • The reading direction of the matrix is from the 1st column to the 1st line, i.e. the sources are in the 1st column, and the sinks in the 1st line of the matrix.
  • Transports above the main diagonals run in the opposite direction to the transports beneath the main diagonals.


Can be used to export the material flow data to the formats specified under “Import”. The “Export” function is only available if at least one flow is defined in the layout. The determination of mass or volume flows from flow systems based on the intensity measure Number of Transports is not possible (correspondingly, the “Export” buttons are grayed).


Furthermore, the information interactively prepared in the layout evaluation can be exported to an Excel workbook by way of the appropriate command. There you will find the appropriate information for layout evaluation for each product family, broken down for each transport means. This information can be used to supply your own work flows, e.g. for pivot queries or to prepare comprehensive presentations.

Flow visualization

To dissolve the complexity, visTABLE® provides two graphical views at the material flow correlations - a process view (product flows) and a resource view (layout).

  • Operations and transports are visualized in the process view (visTABLE®logix) as charts representing an operation-transport chain per Product Family.

  • Flows are represented spatially in the resource view (layout):
    • In 2D, a route (defined by an ordered set of supporting points and the resulting flow length) results for a flow between the material flow nodes of Source and Sink, which is represented to scale by way of a colored arrow.

    • In 3D, a flow is represented as a bomb trajectory between the material flow nodes of source and sink.

  • The material flow nodes can be found in the middle of the bounding box of the flow object and can be moved.
  • Flows can be viewed filtered by Product Families. The resulting visualization reflects the product flow of the product family in the layout.

  • In 2D, the intensity relationships between the flows are
    • represented with reference to the maximum value of all intensities as a percentage-based arrow width (width of the flow arrow in the layout area);
    • In 3D, they are represented with reference to the maximum value of the currently (filtered) intensities under study as a percentage-based parabola thickness (diameter of the parabola).
  • The arrow thickness and resulting parabola thickness which are to represent the corresponding maximum value of the intensities under study in the layout (2D and 3D) can be specified by the user (default: 1 m in 2D, also corresponds to 1 m in 3D).
  • The colors of the arrows and parabolas result from the color of the product family if only transports of a product family currently under study is represented by the arrow. Otherwise, the arrows and parabolas are highlighted in black.
  • The arrows in the visTABLE®touch layout area are transparent to ensure that overlapping flows remain visible.
  • The flows in the visTABLE® 3D View are visualized as a direct bomb trajectory starting out from the spatial center point of the source (at an angle of 45°) or from the point at half source height above the material flow node; this similarly applies to the sink for the entering parabola branch. The height of the vertex of the parabola is relative to the corresponding transport length in 2D (arrows with the double transport length as twice as long result in the double height of the parabola vertex).
  • If a filter is applied which involves flows (e.g. by way of the Logistics Assessment or the DI Chart), the corresponding arrows are not shown transparently, but in full color. The visTABLE® 3D View only displays parabolas that meet the filter criteria.

See also:

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