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We are designing a Oxyfuel and Plasma Cutter called CUTTY SPARK 2800/1400mm controlled by LinuxCNC. Here is the dump of our present work. |

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Mechanical Drawings Z Joint 3-D ASSEMBLY OF THE Z JOINT. #1.Baseplate Additional Harting Connectors. (To 3D move in Chrome and Firefox; save the pdf to your desktop and open it) (In Opera, Safari and K-Meleon you can 3D move straight away in the browser) #2.Bill of Materials. #3.Limit Switches Cover. #4.Ballscrew. #5.Low Nut M10 x 1. #6.Motor Seating. #7.Linear Guiding Ruler. #8.Ram Z Axis. #9.Spacer 7mm. #10.End Dust cover. #11.Middle Dust Cover. #12.Ballscrew Lower Bearing. #13.Exit Pg Block for Encoder and Limit Switches. #14.Exit Pg Block for the Yaskawa Motor. #15.Roller Switch Seating. | ![]() |
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Mechanical Drawings X Joint #1.3-D ASSEMBLY OF THE X JOINT. (To 3D move in Chrome and Firefox; save the pdf to your desktop and open it) (In Opera, Safari and K-Meleon you can 3D move straight away in the browser) #2.Base Plate Linear Rail Shaft Rod & Ball Screw Nut. #3.Cover Limit Switches. #4.Cover Timing Belt. #5.Support Ballscrew Nut. #6.Connection Plate X- & Z Joint. #7.Support Kollmorgen Servo Disc Motor. #8.Support Omron Encoder. #9.Dust Cover before Bending. #10.Intermediate Plate Supported Linear Rail Shaft Rod. #11.Sides Holes. #12.Dust Cover Slots. #13.Base Plate X Joint. | ![]() |
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Vital Systems Motenc Lite Documentation #1.Motion Control PCI Card. #2.Motion Control Breakout Boards. #3.motenc-lite.pdf. #4.7535 IO Board.pdf. #5.7525 Encoder DAC Board. #6.Motenc Driver.htm. | ![]() |
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The Motenc Lite Testpanel. We used the Motenc Lite PCI Card with two 7535 IO Boards and one 7525 Encoder DAC Board. This Testpanel is meant to test the Motenc Card Configuration. Test Panel for Motenc Lite. | ![]() |
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Electrical Cabinet Wiring Pictures To guide through the hardware installation of the Electrical Cabinet, follow this oversight of pictures: Pictures of the Electrical Cabinet. |
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Encoder losing Pulses While testing the Z & X Joint we experienced losing pulses. After some extensive measures in reducing EMF, we decided: -to leave quadrature encoders and install differential encoders. -to reduce the PPS from 2000 to 1000 since 20kHz became critical in our setup.
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Plasma Cutter Probe for Sheetcam Sheetcam uses the LinuxCNC feature of Probing by G38. Based on the Renishaw Patent we developed a Probe for our Plasma Cutter
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Sheetcam Tutorial Video's Sheetcam uses the LinuxCNC feature of Probing by G38.5 Having an accurate Probe, we studied some Sheetcam Tutorial Video's
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Cutty Spark Configuration Files
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Hardware used on the PLasma Cutter
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Data to handle the Stamos 85H Plasma Cutter
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Data to handle the High Definition Plasma Cutter.
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