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from the direction of cuts and orientation of the part there is definitely backlash in the X axis. why it is speed dependant is probably due to...
the file name and extension do not matter at all, Gcvode is just plain text. What matters is the postprocessor, you must use the openbuilds one...
The $ is used in defining the paramerter number in the GRBL firmware. You need to read the WIki! Grbl v1.1 Configuration
so the wireless relay forgets to stay on when the power is off. Nothing strange there (-:
set this as the offset from 'material top' in the top height setting in the heights tab. the surface of the material is Z=0. This is set this way...
looks like backlash in Y , or some freaky spring loading against resistance. make sure your GRBL settings are correct, in particular $1 Step idle...
comments cannot contain anything but plain text (as stated in the Wiki) , and no embedded comments so (this is a comment (with a sub comment))...
I am confused now (probably just failing to visualize what you said). To draw a circle X and Y must both slow down, stop, and spin the other...
where to start? buy a LEAD 1010 kit, build it, and operate it for a month or two. With this experience of an actual CNC machine you will be much...
nothing wrong with the gcode you posted. if the machine is not following the code then I believe it is getting stuck, either in X or Y, and cannot...
if that equates to a reset, then yes, that will cause a new home position
I have produced some gcode and am going to go through it step by step for you so you can understand the process. I would normally quote it as...
the primary setting for pierce Height is in the tool library. With the OB post you can override it in the post settings as indicated by the purple...
you mean SCRAPE, right? (which may well scrap the part as well as scraping along it (-: ) this is the result of an incorrect Z home setting, ie,...
I am going to reply to different things in different posts to help with clarity.... lets read that again.... on the linking tab is 'Pierce...
you mean Machine Coordinate System (MCS), ie home, the G53 move is relative to HOME
in the picture you supplied, X is the vertical axis, therefore X motor must lift the router and carriage weight. Y is the 2 horizontal rails. Z is...
the blackbox drivers can supply up to 4 amps at 24 volts. the stepstick drivers can barely to 1.5 amps, they are designed for nema17 motors on...
yes you can do that, you will need a high torque motor for the X as it is lifting the weight of the router.
Thanks for the file. First I deleted small segments from the ends of the bridging parts. The bits I deleted are about 0.3mm long. Example of...