We have raised a ticket with our website provider to find out why these files are missing. Please try again in a couple of days. :)

Hi, This is an odd one, no one on our team is familiar with FastCAM. Is there another software package you can use? Sorry we can't e of more help!

Hi Greg, To confirm, the total power consumption is ~15w The laser itself is an 8w module that runs at 80% duty cycle. Maximum continuous optical power output is 8w at full power. I hope this helps!

Hi Dave, This is covered in the User guide as part of your initial machine setup. Please read the user guide thoroughly and follow each step in that process. Here is a link Let us know if that works. :) Regards, CNC3D Support

Hi Dave, It is much easier to simply have someMDF planks cut up to fit between the slots of the T-tracks. that way if you ever need to replace section you just need to replace the plank and not the whole bed :) Make sure to use atleast 16mm MDF for the planks to give you sufficient clearance of the tracks themselves. See this example of our demo machine:

Hi Dave, If you have a genuine Queenbee or QB2 there is an easyprobe mount on the front of the Z axis, it is black with 2 yellow banana sockets. Simply plug the probe wires into those yellow sockets. :) If you get stuck give us a call on 07 5522 0619 I hope this helps! Regards, CNC3D Support

Hi Brad, Sorry we missed this one! Is your issue resolved?

Hi Warwick, You cannot use any other sender other than Commander for the Nighthawk. You need to export your G code file out of LaserGRBL and run it through Commander. Try following this video for how to handle jobs on the Nighthawk. https://youtu.be/N2ti52Lsx0E

Hi James, Travel limit error occurs for only 2 possible reasons. 1. You have not homed at the startof the day at least once 2. You have in fact exceeded the maximum travel of your machine. There are really no other exceptions to these rules. Most common cause is likely your Safe Z travel. Check your CAM programs Safe Z height value and adjust accordingly. I hope this helps!

To confirm, we do have firmware for dual axis homing on our Nighthawk controller, not sure how this can be implemented on a standard GRBL controller. If the MegaX dual homing works go that route. Great discussion here! :)

Hey Frank, Did youenable keypad jogging in the main window? Fromthe about box, which build do you have?

Hi Mick, Not specifically for the QB 1500x1500, Most of the settings are correct except max travel values. You can load the standard profile on which will do most of the important settings then follow this guide to complete the maximum travel values and axis directions. https://www.youtube.com/watch?v=_kcx7kZhj3s&t I hope this helps!

Hi Dave, We recommend a 1200x1800mm table top. Bunnings sells formply sheets in 1200x1800 which makes things very easy. :) This will give you some room at the front of the machine for keeping your spindle spanners, collets, cutters, etc. I hope this helps!

Have you loaded grbl onto your board? Do other senders work? When you go into Help and click on raw data logcan you paste your initial connection data here?

@ccpeters04 absolutely is most likely the case. Homing is a very simple self managed process handled within GRBL itself. Sending $H does homing all by itself. I suspect noise is your issue. If you have a LEKN or cheaper board, that is the boards lack of filtering for electrical noise. Most likely youhave solved the issuebut optoisolators would be best.

Some users have reported that in for changes to be committed you must power cycle your xPRO V5 to save the settings. Please try changing the settings, committing and then power cycling your xPRO

More than likely your steps per millimeter may be incorrect. Check your steps per millimeter in the "Measurements" tab of Commander. Logically, If you asked for 10mm and got 100mm then the value of steps per millimeter should be a 10th of the current value. I hope this helps!

Can you upload a photo of your controller?

Which machine do you have? We've seen this before on machines that have limit switches that aren't electronically filtered.

Awesome. :)