Component Final Dimensions

• Dia - 3.6mm
• Length - 86.0mm +/- 0.1
• Chamfer OP1 - 0.5x45degree
• Chamfer OP2 - 0.5x45degree

%90 =

• ENTRY PROGRAM in AUTO MODE

%91 =

• Workpiece Data and Ejector/Inverter/PartCatcher Z1 and Z2 Positions as macro
• Return

%97 =

• OP1 Cutting Program
• Return

%99 = * OP2 Cutting Program * Return

%9100 =

• Home Main Slide
• Empty MainSpindle & Inverter into scrap area

%9200 =

• MAIN PROGRAM for WORKFLOW
  • Home Ejector
  • PUSH PLATE return and forward for loading next piece
  • Slow load job into pipe
  • rapid ejector for OP1 cutting pos
  • close collet
  • retract ejector 5mm [ job get heated if ejector in contact with job]
  • OP1 Cutting Process
  • Invert Job
  • OP2 Cutting Process
  • Eject Job
  • Return

%9300 =

• Slow load job from push plate into rear pipe
• Return

%9500 =

• Index inverter to 0 degree
• Index inverter to 180 degree
• Return

%9600 =

• Ejector travel using local variables passed
• switch to Z2 axis using M7.2
• when moving ejector always open collet
• when moving ejector without opening collet pass B1
• After moving ejector switch to Z1 axis using M7
• Return

%9800 =

• After OP1 Cutting
• Move job from mainSpindle to inverter
• Move ejector to debounce position
• Inverter job in inverter
• Push job from inverter to mainSpindle
• move ejector to OP2 Cutting Position
• close collet
• retract ejector 5mm [ job get heated if ejector in contact with job]
• Return

@TODO

• electrical & pneumatic & parameter changes to push-plate such that on power off Push Plate is always forward

  • because otherwise, if there is power cut, the push plate tries to return back
  • and bends the ejector rod

• We want to make the follwing files readOnly or password Protected

  • 90
  • 9100
  • 9200
  • 9300
  • 9500
  • 9600
  • 9800
  • 9900