Assisted graphic editor for the programming of boring, cutting and routing operations

Июль 23, 2022

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Assisted graphic editor for the programming of boring, cutting and routing operations

Содержание

2. Editor Tree view of the work sequence Text Editor To run an EDITOR demo click here
3. DXF and CID3 import Import of files from CAD and other outside software systems in DXF
4. DXF and CID3 import DXF files import window To run a DXF IMPORT demo click here
5. Parametric macros BiesseWorks allows operators to automatically create parametric macros for the most common machining operations
6. Parametric macros To run a PARAMETRIC MACRO demo click here or launch the file “Macro.wmv” in
7. Work table set-up The work table graphic set-up module allows operators to define the positions of
8. Work table set-up To run a demo click here or launch the file “WTT.wmv” in the
9. Tool database Possibility of dividing the tools by type (e.g. straight tools, shaped tools, …) Search
10. Tool database To run a demo click here or launch the file “Tool Manager.wmv” in the
11. Machine tooling The tooling of operating units, tool changers and aggregates can be performed by graphically
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Editor
Tree view of the work sequence
Text Editor
To run an EDITOR demo

click here or launch the file Editor.wmv in the \Editor directory

Interactive graphic view with zoom function

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DXF and CID3 import
Import of files from CAD and other

outside software systems in DXF and CID3 format
Manual import of geometric DXF files with no limitations as far as “layers”
Automatic import of technological DXF files containing working information in the layers
Conversion of groups of DXF and CID3 files with no need of importing them one by one (batch-run module)
Possibility of executing DXF and CID3 files directly

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DXF and CID3 import
DXF files import window
To run a DXF IMPORT

demo click here or launch the file “DXF import .wmv” in the \DXF import directory

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Parametric macros
BiesseWorks allows operators to automatically create parametric macros for

the most common machining operations which the user can recall by custom icons
A simple guided function allows you to change a parametric program into a macro which can be recalled from the Editor by clicking on an icon
You can choose the parameters to be included in the macro
You can choose both the icon for macro recalling and the image which is displayed in the dialogue window
You can use conditions such as IF THEN ELSE, FOR cycles and WHILE cycles in order to define complex parametric programs
You can personalize BiesseWorks with your own macro libraries, simplifying and speeding up programming

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Parametric macros
To run a PARAMETRIC MACRO demo click here or launch

the file “Macro.wmv” in the \Macro directory

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Work table set-up
The work table graphic set-up module allows operators

to define the positions of the panel supports and locking devices
Possibility of defining the rotation of the vacuum modules
Collision control between the tool and the elements in the work area: before running a program it is now possible to activate a control which detects possible collisions between the tool and the elements positioned in the work area, and a message is displayed on the screen before the work cycle start
In the Work Table Tooling tool collisions are immediately revealed by highlighting the elements involved in red
Automatic re-calculation of the work table set-up for mirror origins

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Work table set-up
To run a demo click here or launch the

file “WTT.wmv” in the \Work Table Tooling directory

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Tool database
Possibility of dividing the tools by type (e.g. straight

tools, shaped tools, …)
Search filters by type and diameter for aided tool search
It is possible to associate a shaped profile in DXF to every tool and automatically generate its 3D representation so that it can be associated to the tool in the selection and simulation phase

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Tool database
To run a demo click here or launch the file

“Tool Manager.wmv” in the \Tool Manager directory

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Machine tooling
The tooling of operating units, tool changers and aggregates

can be performed by graphically selecting the elements with the mouse
Possibility of defining the symmetry between the boring spindles
Possibility of saving the tooling configuration and of comparing it with an already existing one