I converted my Laguna iQ CNC machine to use UCCNC (via the AXBB-E controller) almost a year ago, and it’s been a huge upgrade over the factory RichAuto A11 controller/pendant. However, there are a few repetitive actions that I would like to optimize, and need some help.
1. Probing: The one area where I find the ease/usability to be worse than before is when probing. I have the probing plugin, and although it’s quite advanced, 99% of the time all I am after is a basic Z-probe to touch off from the spindle’s current location. To do this, I manually move the spindle to a location over my stock, set the puck on the stock surface, then select the Probe tab and click “Start Probing” to perform the touch off and reset the Z-axis to zero based on the puck height. Everything works perfectly when I do this; however, if I click the “Probe” button from either the main screen or the “Probe Z” button on the UCR 201 wireless pendant, it will perform a Z touch-off action, but doesn’t zero the Z-axis (or if it does, it doesn’t correctly account for the puck height).
I assume the “Probe Z” button on the pendant executes the same internal function as the “Probe” button on the main screen. Is this correct? If so, is it possible to have them both trigger the “Start Probing” function in the Probe plugin? If not, can you help me understand what I need to do to be able to use the pendant’s “Probe Z” button effectively, so that it accounts for the puck height and zeros the Z axis accordingly? Walking back and forth from the computer while touching off is a hassle.
2. Goto Zero: Another button that vexes me is “Goto Zero”. I often want to return the machine’s X and Y axes to zero within my selected coordinate system, but almost never want to goto zero on the Z axis, except when probing or cutting a part. Is there a way to modify the Goto Zero behavior to 1) ignore the Z axis when this button is pressed, or 2) go to maximum Z rather than zero so that I don’t run into any fixtures, or 3) reprogram this button to trigger “Goto Park 1” behavior instead?
3. Safe Z: Finally, is there a way to make Safe Z return the spindle to the highest possible position (i.e. the location of the limit switch when homing)? When I’m done milling a part, I want the Z axis out of the way as much as possible, not just enough to be considered “safe”. I also don’t want it to depend on which work coordinate system I have selected.
Thank you in advance for any help you can offer.
-Steve