Vulcan Reference Manual

  • Welcome to Vulcan Control
  • Introduction
    • User interface
    • Workflow
    • Machine Operation
    • Control panel
  • Production Workflow
    • Preparation
    • Create
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  • 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
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    • 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
/
DIN format
/
Laser Technology
/
Nano Joints

Nano Joints

In the program, the nano joints are activated using following M-commands:

  1. M1030 – Nano joint in the contour, corner, etc.,

  2. M1031 – Nano joint at the end of contour.

A drawing of a circle and a line Description automatically generated

Sample Code:

BlockNo=1
M01 (part 1)
PM=20.000
CM=100.000
EM=3.000
ZRH=40
Update_Param
Lead_In=4
G41 D1 R=P1300
G0 X35 Y37.5
M14
G01 Y40
G03 X35 Y40 I0 J-5 M1031 (NJ-1, at the end of contour)
G40 E1
G20 X2

BlockNo=2
PM=20.000
CM=100.000
EM=3.210
ZRH=40
Update_Param
Lead_In=4
G41 D1 R=P1300
G0 X50 Y55
M14
G01 X50 Y35 M1030 (NJ-2, at the mid of contour)
G01 X50 Y20
G01 X20 Y20 M1030 (NJ-3, at the corner of the contour)
G01 X20 Y50
G01 X50 Y50 M1031 (NJ-4, at the end of contour)
M15
G40 E1

If Nano joint is active at the end of contour, then the following functions will not be active
  1. End of parameter change.

  2. Height control freeze.

  3. Beam off.

Only Piercing in the Contour Sample Program with Multiple Parts

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