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I learned a bunch, thank you. It is a rabbit hole though, kinda fascinating.

I know this was a while ago however would Linuxcnc be able to compensate for back lash in this scenario?

Nice video and great efforts taken.

Very Informative and Kudos to the knowledge and effort!! Keep it coming!!

At 15:00 this is normal due to the difference in milling direction : climb milling vs conventional milling its obvious that one have a better surface finish so set your finishing pass to be in a single direction to eliminate the roughness. texture on the wall is due to deflection take lighter final cut at half or third the feed rate and you will get a much smoother finish. Thnks

How much dewalt cutting saw

beautiful

I am debating between CAT, Makita, and Ridgid. Ridgid has 3 years warranty.

Thank you for this very helpful video. I have this same compressor and it is bleeding out a lot of air from the unloader the entire time the unit is pressurizing. Consequently, it's taking a lot longer than necessary to fill the tank. I'm going to do the solenoid mod but can't seem to figure out how to remove the unloader with the elbow as shown at the 1:00 mark in the video. Any suggestions on how to remove? Conversely, I presume I can just remove the hose from the unloader and insert it into the solenoid and leave the elbow unused behind the pressure switch?

that noise must be coming from the two big bearings that hold the spindle spline-drive and most likely due to how the v-belt pulley is attached to this part of the construct. I guess it would be better to have the belt attach to that spline drive WITHIN the housing, by turning away the upper gear and replacing it with a pulley.

The way you mentioned all the sources of your inspiration really speaks for your approach!

You talked about everything but the spindle encoder wiring and the vfd

still works well! thanks

This is incredibly amazing! You inspired me.

Hello I’m from Brazil im using the hbs57 driver that looks pretty much like yours… I added a clock to the x axis to see if it was going ok but seem it’s not going exactly as should. I’m using fluidnc as controller with an esp32 board to send the commands and it don’t seem to be stable in advancing for example. It seem to me like the driver may be the problem could you give me some advice?

Can it cut 12 MM - 20 MM MS Iron Rod?

Hello, did you use now the same gearsize on the encoder and dthe spindle size or a different size.Did you figured out how to manage this in linuxcnc. My problem is, that i do not find a gear for the encoder what is as big as i need for the spindle size

i use my linuxcnc small mini keyboard wireless usb keyboard, not perfect but working well move spindle. i not understand code any and not can build good pendant to my liuxcnc but want make and use. but need step by step manual how made. encoder and move buttons, touch plate and more but not understand any i has try make not working, lot only errors in linuxcnc display.

Great your video lathe's, 😊👏👏👏 @arduinomaquinas thank you man 😊👍 subscribed !

Hi. Going through all the comments as well as all the documentation. So I also ended up with the version where the 7 segment display is also working so I could ensure all is working correctly. The problem is that I cannot get the Nextion display to work. So I am now open for a couple of next steps. If you or anybody still have a compiled version that was done with the old CWARE and where the screen was working I would really appreciate if this can be shared as I do not see it in the GitHub files. I have now in the meantime ported the code and everything else to the latest libraries but the problem stays the same. 7segment and servo is working but Nextion does not work. Any help for a compiled working .out file would be appreciated for my troubleshooting process.

Are you using Python with Scikit-Learn library for the machine learning? And Python + Flask for the web application? It's an amazing video, great job!

is there a way to get the 1 pixel array sensor? I would love to build my own spectrometer

kent hello and thanks for the video im wondering can i get the plans or buy the drawbar from you

Kent, thank you so much for posting this. Was convinced I had an encoder problem until I soldered the motor connectors. Fixed the problem immediately. Btw, my connectors had no melting/damage, just a shoddy connection.

Hello Kent, your work is impressive and keeps people like me motivated to move from Mach4 to Linux CNC faster. Keep it going.

Have you tried A dual VFD drive motor? High torque at low rpm.

Hi Kent, are the models for your mounts available anywhere. Understand if they are not. Great work :)

If you were to do this today, where would you suggest one to buy a kit. Specifically I have a Sb 10K

were di we find the code to weight pitch to an Arduino ? as i cant get the board you spiking of. les England

wow, as a photographer, and machinist, this is very impressive imagery, I was completely lost in the explanation, except for the 50mm Schneider lens.....you have some great Manfroto C-Stands and Grip gear.....and of course your South Bend lathe......best wishes from an old guy in Florida, Paul

Hey! Ive been recently working through my first CNC conversion on a mini mill. Trying to use effectively the same set up as this but with all 3 axes... Im up to like week 3 or 4 of trying to get the handwheels going. Is there an appropriate way of getting in touch with help for the hal side of things... (i think thats where the problem is

Where could I buy the Leadshine servo motor? I think the ones you have are 2N.m, everyone recommends 4N.m for the X/Y-axis and 9-12N.m for Z-axis. Is 2N.m enough? Thanks

8:48 When you run very small diameter tools the runout matters more and the "flex-force" is lower.

In general what would say the final repeatability tolerance is like?

Can two of these be run simultaneously into a common hose? Do I just need check valves between them? They don't seem to like to start if there's any back pressure they have to work against.

What a unique combination of skills Metal work FPGA CNC to name a few. That's impressive

Thanks

everyone shows how to mount the encoder but no one shows how they wired it up to the control board.

great video very informative, i have the exact same tool setter for the price i think it outperforms its real world monetary value, +1 subscriber

Great job，Thanks！

Nice but I question the lack of rotation on the tool post. I have a rigid tool block as well but I'm changing the angle of the block all the time for chamfers, reaching into holes, ect. Having my tool post stuck at 90 degrees would drive me crazy.

I thoroughly enjoyed your presentation of sources of movement and solutions to mitigate it and bring solidness to cutting. Thank you!

Can you share the 3D Printable assets?

THANK YOU! Super helpful!

You can prevent switch bounce problems by using a normally closed switch

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I dont know did you already know that but, I need to say that. You can use build-in breaks to stop motor way faster and that can reduce your change in direction time.

Try milling the hex with conventional milling rather than climb milling. You probably won't get that "jump". I believe the cutter is digging in when you do that radius.

Did you ever get it straightened out? Did you need a 1:1 pully to match the one on the lathe spindle?

I have closed loop stepper and my x axis is always failing at the same location every time I run the machine. I can’t tell if it’s a binding issue or a cabling issue such as what you described in your diagnostic search. Do you have any suggestions as to how to check the driver for fault that could be causing the problem. I will double check the mechanical side to see If there is a problem that I may have missed.