Vulcan Reference Manual

  • Welcome to Vulcan Control
  • Introduction
    • User interface
    • Workflow
    • Machine Operation
    • Control panel
  • Production Workflow
    • Preparation
    • Create
    • File Management
    • Select Program
    • Edit NC Code
    • Edit Laser Technology
    • Edit layout
    • Simulation run
    • Work offsets
    • Run
    • Re-entry
  • Laser Technology Tables (LTT)
    • Terminology
    • Laser Data items
      • Piercing
      • Multistage Piercing
      • Cutting
      • Special Processes
    • Modifying Laser Data
    • LTT Management
    • Ramp Cycles
    • FlyLine
    • Acceleration control (DCA)
  • Technology functions
    • Vaporize Sheet
    • Nanojoints
    • PierceLine Sensor
    • Frog Jumping
    • Cutting Tools
  • Controls
    • Lubrication Cycle
    • Protective Glass Monitoring
    • Scrap Cut
    • Go To Sheet Origin
    • Height Sensor Calibration
    • Nozzle Centre
    • Target Shot
    • Gas Purge
    • HC Manual Set Point
    • Go To Park Position
    • Nozzle Clean & Height Sensor Calibration
    • Edge Detection
    • Focus Comb
    • Focal Distance
    • Pilot Diode Positioning
  • Production plan
    • Create a production plan
    • Modification
    • Run a production plan
    • Running sequence
    • sheet loading
    • Material stock
  • Drop and Cut
  • Troubleshooting
    • Frequent collisions
    • Work offset
    • Extreme small contours
  • NC Programming Reference
    • DIN format
      • DIN Program Structure
        • Program Number %
        • Block number N
        • G-functions
        • M-functions
        • Parameter Array
        • Graphical Element – Display Marker Lines
      • Laser Technology
        • Program Header
        • Technology Table (TT) Transfer
        • Check for Bound Program Active
        • Block Jump
        • Block Number
        • Start of a Part information
        • Laser parameters selection & Update
        • Contour Statements
        • Program End (G99)
        • Remnant Cut
          • Start Remnant Cut
          • End Remnant Cut
        • FlyLine
        • Only Piercing in the Contour
        • Nano Joints
        • Sample Program with Multiple Parts
        • Fly Cut Sample Program:
    • LST format
      • LST Program Structure
      • FlyLine
      • TC_WRITE
      • Incremental Command (IC)
      • Soft Micro-Joints & Nano-Joints
    • Laser Technology commands
      • Laser cutting
      • Identifying parts
      • Multiple program structure
      • Cutting distance
      • Kerf correction
      • Overshoot height
      • Timing of parts
      • Bevel cut
      • Beam suppression
      • Flying focus position alteration
  • Impressum
NC Programming Reference
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DIN format
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Laser Technology
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FlyLine

FlyLine

Fly Cut is cutting without piercing with constant speed. The piercing is done on the fly and the advantage is that the cutting times of thin sheet metal can noticeably be reduced.

Fly cut is a time-sensitive function and works with a so-called quick output to activate / deactivate the laser. The quick output is written in the DIN program and has a predefined address in the process of the controller. Fly Cut uses the first output of the particular output module as default.

Furthermore, the cutting results can be improved distinctly by the delayed activation / deactivation of the laser. This can be achieved through the call of the output signal handler (G222 V7 I=P1302 J=P1303 E0, via. 9400.zyk) and the definition of the delay time in the technology table (LPG ON delay, LPG OFF delay). The Fly Cut need to be activated in the “CM” – cutting method, refer above.

Syntax:     Q0=1 / Q0=0 (Laser active/deactive)

Refer Sample program for detailed example of Fly cut program.

End Remnant Cut Only Piercing in the Contour

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