Hello eveyone,
In the latest myCNC update (version 1.88.4910) we have added a new attribute called "pressed-delay-xxxx" for the "direct-run:" action. The attribute allows you to define time (in ms) that the the on-screen element (button, etc) must be pressed for, in order to initialize the direct-run action. This can be used to protect the machine from accidental presses on touchscreen/keyboard/mouse.
The attribute also works for the following actions:
- soft-plc-run
- soft-plc-stop
- soft-plc-run-confirm
- soft-plc-stop
- plc-run
- direct-plc
- multidev-plc-run
- switch-cnc-gvariable
as well as program start via the "player-play" type commands.
To find out more about XML editing to insert the necessary attributes into your profile's UI elements, please consult the following manual in our documentation:
The update also brings some bug fixes:
- Fixed a bug that would sometimes cause crashes on large-size G-code files
- Fixed a visualization bug for work position that was affecting some program versions
Stay tuned for further updates!
The latest update for myCNC software (ver. 1.88.4855) brings support for the ET8 controller.
The ET8 is an alternative version of our ET6 controller, with a different microchip architecture. For most intents and purposes, these perform in the exact same manner, and the ET6 documentation can be used for setting up and programming the ET8.
For further information on purchasing the ET6/ET8 controllers, please contact the myCNC support team.
Stay tuned for further updates!
In the latest version of myCNC, we have added the following option to facilitate tool changes in programs using both G20 (imperial) and G21 (metric) systems:
The G20/G21 Handler (currently in the Experimental stage) allows myCNC to store the units (mm or inches) that the G-code control program is using at the moment that the tool change macro is launched. After the tool change macro is initiated, it will then use the default dimensions selected for the user profile (for example, if inches are selected in G-codes settings, then all dimensions for the tool change will be in inches). At the end of the tool change macro, the current G20/G21 value is then restored.
Additionally, the following fixes have been added:
- Fixed the 3D visualization incorrectly displaying visual program dimensions in millimeters instead of inches despite inches being selected in Config > Screen.
- Fixed the button to toggle the 3D program dimensions on and off
Stay tuned for further updates!
The latest updates have been focused on improving and ironing out inch/G20 functionality within myCNC software.
The following inch-based cutcharts have been added to myCNC:
- Powermax 45
- Powermax 45XP (also added the metric system cutcharts)
- Powermax65/85
- Powermax105
- Powermax125
The cut charts will be available to download from our Downloads page. Additionally, an M71 plasma cutting shape library for imperial units is now available on request.
Finally, a number of bug fixes have been implemented for inch/G20 software configurations, mostly focusing on the plasma/gas cutting functionality
- Fixed Return to working point button
- Fixed nesting window, rotation window
- Fixed arc/hole speed
- Fixed tool offsets
- Numerous visual fixes
Stay tuned for further updates!
The myCNC team is preparing improvements for laser cutting within myCNC which will take the form of a dedicated laser cutting profile.
Currently, the functionality features a "cutting mode" which includes
- actual cutting mode: speed, height, power, frequency, modulation, gases, etc.
- pierce mode: 1-2-3 step piercing procedure (or without piercing, if the Fly Cut option is used)
Additionally, there will be a table for 8 such cutting modes, which can be switched on the fly from the program by using the G130P1 - G130P8 codes. In cases where it is necessary to first cut the protective film, then cut the metal, or set a different mode on small holes, the G130 command will come in handy.
3) When the "Laser cutting" checkbox is turned on, the system utilizes the built-in pierce-cutting procedure instead of the PLC. This procedure takes in the current mode and takes care of the piercing and cutting steps. The procedure, if necessary, can be run simultaneously with the XY movement.
In the Fly Cut mode, switching the laser/power/modulation ON and OFF is carried out without stopping the movement and is done nearly synchronously with that movement (the expected delay will be about 100-200 μs, that is, at a speed of 12 m/min, the delay in switching the laser ON will be 0.04 mm or lower)
Stay tuned for further updates!