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Multibend-Center Office 1-click Programmierung

Multibend-Center: Programming with dxf f...

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Multibend-Center Office

1-click Programmierung

Multibend-Center Office Software

The Multibend-Center Office Software has been created specifically for the Multibend-Center

Import a part

  • Import of a STEP file (alternatives: DXF, GEO) with the part model.
  • The software analyzes the STEP file and automatically generates a 3D model. For DXF files, the programmer has to add to the bend angle.
  • Springback compensation angles are listed in material tables.

One Click Programming

  • The software programs the bending sequences including all handling operations automatically and with a single mouse click!
  • If there are different folding sequences (fold short side before long side or vice versa), the software recommends the best alternative with a 5 star ranking.
  • The automatically created program also includes the tool setup.
  • A 3D program simulation shows in detail how the part will be created.
  • The software generates a .pgm file that can be used even on existing machines.
  • For complex bending sequences the .pgm files can be edited with the CellControl software.

Edit programs

  • With the CellControl Software programs can be edited in the office or at the machine.
  • By using the known program structure you can add special functions or change sequences individually.

Software versions

Have you signed a software update agreement?
This allows you to update your office software to the next level.

  • Includes free Office software updates
  • For updates of additionally purchased Office licenses, the update packages for subsequent licenses are required
  • Online connection to the PC must be available
     

What do I need to do?
Please contact RAS. After checking the data, we will contact you. We need the following information:

  • Adress
  • Contact person with Email and Phone
  • Machine number

Version history

  • Bugfix: import profile folders
  • Bugfix: folding beam position (FB Home)

  • New language files implemented
  • Preview image implemented in the bending program
  • Reduction of the user instruction “Hide holes...”
  • Optimized upper beam tool station setup for bending line protrusions
  • Optimization: Bending part free move positioning
  • Optimization: Improved bending part unloading position
  • Optimization: Bending part pick-up position
  • Optimized bending part positioning during automatic tool change
  • Optimized bending part collision display and evaluation
  • Optimization: Bending part repositioning (repositioning)
  • Bugfix: folding beam end position positioning (FB Home)
  • Bugfix: folding beam adjustment positioning during radius bending
  • Bugfix: Calculation of MaY position

  • New language files implemented

  • UpDown-Tool handling optimized
  • New tools
  • Language files implemented
  • Fixed error when restarting Bendex with corrupt bending part
  • CADImporter “Missing flange” optimized

  • Language files implemented
  • New upper cheek tools implemented

  • New tools
  • Error “Invalid feeder control points...:” fixed
  • BDXJ import (job list) implemented
  • Convert manipulator optimised for bent parts with central recesses
  • Graphic problems with the display of bending radii fixed
  • UpDown tools optimised
  • Free travel after negative bending optimised
  • Pre-positioning (manipulator) for dipping the bending beam for negative bending
  • Language files implemented
  • Flat sheet development inconsistencies revised
  • Preview of already calculated strategies
  • Abort behaviour of strategy determination optimised
  • Collision analysis optimised
  •  Bendingpart alignment CAD import optimised

  • New language files implemented
  • New upper beam tools implemented
  • New folding beam tools implemented
  • New UpDown tools integrated
  • New manipulator clamping foot implemented

  • New bending beam tools implemented
  • Internal bends implemented for CAD import parts
  • new languages implemented
  • Import category implemented
  • during STEP import the material thicknesses valid for the machine are requested
  • and not imported in case of overrun or underrun
  • Other small improvements

  • New upper beam tools implemented
  • New folding beam tools implemented
  • Tables for asymmetric tool arrangement implemented
  • Parameters for standard setting of envelope position below the tool adjusted
  • When creating new material tables, always start with default material tensile strength
  • Error corrections when entering tables into the program for the use of UpDownTools
  • Optimizations at GEO import
  • Optimizations at STEP import

  • Improved outline identification due to selectable background color during DXF import
  • Optimized analysis of bending lines
  • Selection menu for material type: Correct calculation of unfolded part due to more intuitive selection of material during STEP import
  • The correct bending radius is automatically calculated when importing GEO files
  • Further optimizations when importing GEO files
  • In the parameters, axes speeds can be preset, which will be used in the .pgm export
  • Parameters categorized and translated to German. Parameters are shown in German language if “German” is selected

  • New look of the evaluation stars
  • Tool change menu: Symbols show in which beams a tool change needs to be done

  • New upper beam tools implemented
  • New folding beam tools implemented
  • New UpDown tools implemented

Automatic program creation for:

  • parts with the last bend negative
  • parts with closed profiles
  • narrow or small parts that require different manipulator clamping feet for manipulation

  • New upper beam tools implemented
  • New folding beam tools implemented

Additional bending strategies by:

  • Main manipulator clamping over holes and cutouts
  • Aligning oblique blanks parallel to the loading manipulator
  • Correct evaluation of tool changes in the bending sequence simulation
  • Improved calculation of the blank loading position (less tool changes and faster bending cycles)
  • Optimized radius step bending by input of:
  •      Material type
  •      Radius dimension
  •      Bending length
  •      Step length
  • Selection of different UpDownTools

  • Large blanks are shown correctly in the simulation
  • Setup lengths with fix tool tables no longer dependent on the AIl-In-1 file
  • New tool geometries implemented

  • Integration of fix tool tables
  • Improved setting of the measuring points for oblique parts
  • New upper beam tool geometries
  • New bending strategies added
  • Improved calculation of protrusions on bent parts
  • Improved calculation of axis movements
  • Bending of negative radii
  • Improved calculation of bent parts with radii
  • Different merging radii are better recognized
  • Improved activation and deactivation of corner tools
  • Foreground parameter “Upperbeam_FreeSpace” implemented

 

  • Measuring points on blanks without notches set to min 10 mm from outside
  • On blanks with notches the measuring points are pre-set in the center of the flange
  • Option Manipulator clamping with high pressure selectable in Bendex parameter list (Notice small manipulators!)
  • New folding beam tools implemented

  • Strategies for parts with hems on all sides and subsequent negative bends
  • Display of the tool numbers for the actual tool setup
  • Program adjustment for radius bends

  • Hole editor added in input area
  • New folding beam tool geometries added
  • Step Bending: Bend angle correction added to front parameter list
  • Step bending: Variables FB-Start and -end adjusted in .pgm output
  • A reference point indicates the blank loading direction
  • Parameter adjustments for RAS 79.31-2
  • Angle will be inverted when loading .dxf, .dwg, and .igs .geo files

  • UpDownTool position optimized in simulation
  • Load orientation selectable for blanks with an aspect ratio up to 60:40 (Factor 1.5)
  • Folding sequences optimized
  • Main manipulator repositioning offset V23 corrected for the 3-meter-machine
  • Program name length extended to 260 max characters (starting from CellControl 2.0.9.2)
  • Manipulator position corrected if blanks come with center holes
  • Simple boxes with oblique bend lengths will be programmed autoamtically
  • New upper beam tool geometry integrated (PartNo 242745)
  • All-in-One file (AI1) will be loaded correctly for all machine lengths
  • Number of folding beam basic segments corrected for different machine lengths

 

  • New folding beam tool 7 mm integrated (PartNo 242179)
  • Measuring point area adjusted for different blank loading options

  • New upper beam tool geometries integrated (PartNo 240662, 242745)
  • New folding beam tool geometry integrated (PartNo 242645)
  • Panel bender model RAS 79.31-2 updated

  • Bending strategies: Column for 180 rotated bending beam tools inserted (function must be selected in parameters)
  • Import of bending parts from two profile cross-sections
  • Central bending line activated as standard setting for STEP import
  • Language: Turkish
  • Visual/dynamic adjustment of the graphic when changing the envelope height
  • STEP import: radii that are too small are always changed to 1x sheet thickness

  • Parameters for setting how far the upper beam should be opened after bending and closing a cover (default 45 mm so that corner pieces have enough space to turn. No collision check! Check for collision with sheet metal when changing)
  • Improved bending strategy with corner pieces

  • Bending strategies with corner piece actuation improved
  • Automatic detection of the envelope heights during STEP import. If the envelope height is smaller than the minimum clamping height, the value is set to at least 2x sheet thickness + 2x original radius.
  • Non-parallel envelopes are detected and displayed
  • Parts with recesses in the middle are picked up off-center during programming. Reposition the main manipulator in the program.
  • Position of the UpDownTools is passed to CellControl
  • Parameters for closing envelopes with the rotary foot corner pieces
  • 9 mm wide bending beam tools added

  • Parameters for adjusting the length of the first bending leg
  • Measurement point changes are transferred to the program
  • Create an image of the programmed orientation of the bent part. Transferred to CellControl as the insertion orientation for the operator
  • Bend negative folds
  • Press folds closed with the heel of the upper beam tool
  • Tool change during the bending process
  • Measurement point values ​​adjusted depending on the configuration when reading the ALLinONE file
  • Improved implementation of the main manipulator

  • Machine selection: 79.22-2, 79.26-2 or 79.31-2
  • Bending sequences "long side before short side" and "short side before long side" integrated
  • Automatic corner piece activation during program flow
  • Implementation of the main manipulator in the program flow
  • Multi-sided bent parts
  • Setting the measuring points with rules
  • Tool change during the program flow (program structure exists, FixTool tables must be filled out manually)
  • Import of STEP, DXF and GEO files
  • Overbending tables are automatically included in the program. Without an overbending table, a placeholder with e.g.: 90"+0" degrees is created
  • mm / inch integrated
  • Reading the machine ALLinONE file with recognition of the machine
  • Addition of special tools possible
  • Bending envelopes
  • Bending radii
  • Bending beam tool gap is automatically calculated
  • Radius adjustment at different bending angles