TecZone Laser Reference Manual

  • Welcome to TecZone Laser
  • Introduction
    • Installing TecZone
    • TecZone Laser User Interface
    • Workflow Panel
    • Machine Database
  • Basic Workflows
    • Part Workflow
      • Load Part
      • Sketch Mode
      • Measure
      • Modifying Laser Part
      • Nesting
      • Sequence Navigator
      • NC Code Generation
    • Job workflow
      • Create Job
      • Set Laser Technology Table (LTT)
      • Nesting
      • Automatic Part Placement
      • Manual Part Placement
  • Advanced Topics
    • Geometry import options
    • Advanced Tooling Options
      • Editing Microjoints
      • TwinLine
      • FlyLine
      • Dimple Approach
      • Remainder Sheets
      • Skeleton Cuts
      • Pie-slug Circular Holes
      • Avoid Retooling Pierces
      • Finishing Rules
      • Clone LTT
    • Advanced Nesting Features
      • Mirrored Parts
      • Find a Part in Nest Layout
      • Filler parts in Nest Layout
    • Advanced Tooling Optimization
      • Contour Quality
      • Process Stability
      • Optimizing Stability with Scrap Cutting
      • Optimizing Tilting Behaviour
      • Space Out Slice Cuts to Avoid Collision
      • Minimize Number of Different Layouts
      • Dynamic Level Setting
    • Advanced Menu Options
      • Context Sensitive Menus
      • Hierarchy of Settings
      • Mult-Selections
      • CSV Output
    • Hand Drawn Sheet Slicing Cuts
    • Text on Parts
    • Generate Customized Reports
  • Application Settings
    • Drawing
      • Layers
      • Dimensions
      • View
    • Cut CAM
      • Layout
        • Nest Settings
        • Sheet
        • Sheet Handling
        • Skeleton Cuts
        • Work Support
      • Laser CAM
        • Cut Outputs
        • Cut View
    • Reports
      • Item Defaults
    • Import/Export
    • Environment
  • Impressum
Advanced Topics
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Advanced Tooling Options
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Editing Microjoints

Editing Microjoints

After a part has been tooled, modification of the tooling can be done by the user. Selecting an element of the laser tooling will display the Laser Cut panel, from this select Contour which will open the Contour panel.

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  • Delete - This will remove the tooling for the selected contour.

  • Add - This option will add or increase microjoints on the contour. Click this option to add a microjoint automatically on the contour.

  • Reduce - This option will remove a microjoint. Repositions remaining microjoints to be at equal distances.

  • Remove All - This option will delete all microjoints.

  • Microjoints - This is a special mode where the user can interactively add/remove microjoints by clicking on the contour. Usual snap points are available to insert microjoints. A special snap point at a standard offset from the corner (entered in the 'Corner Offset' field shown below) is also available.

  • Part - This is a navigational option which will navigate to the part level options

  • Tooling - This is a navigational option which will navigate you again to Laser Cut panel.

  • Select All - This will select all contours in the part, allowing microjoints to be added/removed.

  • Similar Shapes - This option will select all identical laser cuts in the part. For example, laser tooling of all 10mm size circles can be selected.

There are two ways to define the microjointing:

  1. Manual microjoint

  2. Auto microjoint

Manual Microjoint

Click on the contour you want to toggle this setting. The "Laser Cut" Menu will appear (see number 1 in the figure). Next you have to check the "Microjoint" field. You can set in the moment just the width of the microjoint.
More settings are available since you access the "Contour" menu (see number 2 in the figure).After you add the first microjoint on a contour, you may now use "Reduce", in order to delete the last created microjoint. In case you have more than one microjoint, you can simply erase all of them by clicking on "Remove all".

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Click Microjoints: Gets you into a mode where you can interactively click on the polyline to insert a microjoint at the point of click. If a microjoint already exists at that point, it will be removed instead. Usual snap points are available to insert microjoints. A special snap point at a standard offset from corner (entered in the Corner Offset field shown below) is also available. Click on Done button to exit this special mode.

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In order to copy the microjoint(s) to other identical pieces, you’ll need to recompute tooling (click on "Re-tool all") for all existing parts in the nest job.

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Auto Microjoint

Another way to implement a microjoint to a part or to your whole job is through defining the microjoint settings in the Laser Technology Table (LTTs).

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Expand the LTT tree and select Laser type to see its parameters.

Click on the Settings option in the top right corner to edit Microjoint setting.

The final step is to update the made changes by recomputing the tooling. (Shortcut key K)

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Multiple Microjoints (One, Two or Three)

There is also a possibility in TecZone to manage a single, a double and a triple microjoint. In order to access these features you will need to work with finishing rules one more time.Very important is to make use of the parameter "size", in order to select the same type of contour and applying to it different features(i.e: one microjoint, two microjoints or three microjoints).

Contents

  • Manual Microjoint
  • Auto Microjoint
  • Multiple Microjoints (One, Two or Three)
Advanced Tooling Options TwinLine

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