You videos are super helpful and much appreciated. My late father was a machinest/millright and I just bought a sherline mill and lathe (all manual so far) and he would have loved these little machines. I have little to no milling and lathing experience and your videos have been great. I'm slowly going through them all. Thank you. All the best.
I'm sorry to see that you've quit posting videos. I was looking forward to seeing where you were headed with all this. That said, your early videos on getting started with the Sherline lathe and mill were invaluable for someone just starting out. Thanks for all you've done. It's not easy to put these videos together. Best Regards, Jim
I have repeatedly attempted to contact him by email and through youtube or his webiste... with no reply. I'm not sure why he abruptly stopped making videos... It's also odd that his website has seen no further updates and yet it does still exist. Someone must still be paying for hosting services..
Nice video. Thank you. I learned a lot. Unfortunately, as in a lot of things, the more you learn, the more you realize that you don't know enough yet. Looking forward to your next videos on the subject.
I'm glad you're back and discussing CNC! I'm putting together a Sherline (mill and lathe) based CNC system. I've chosen to use LinuxCNC, Mesa Anything-I/O card and Leadshine stepper drives. I'm looking forward to your videos. I'm sure I'll learn a lot even if you describe Mach 3/4 based systems.
Thanks. My system is Linux, via Sherline mill and lathe, with bespoke computer, busily blowing little green fuses. Not entirely enthralled, but recognize steep learning curve. Can't take several lifetimes to learn, only seems that way. You don't sound 97 years old, is what I'm trying to say, so am encouraged.
Just wondering. I have an opportunity to pick up a Sherline CNC Lathe with computer. It is an 8" model and I am not sure what package comes with it. What would be a reasonable price? I know much more information is need to get a more exact price but I was thinking no greater than 1/2 retail. Any thoughts? Nice video and great information.
Great intro. I'm really looking forward to this series. I do have a Sherline CNC mill and lathe running LinuxCNC. They are currently configured out of the box. I hope to add some of the additional features like limit/homing switches, speed sensor, touch off, etc. Thank you for sharing!!
Is the USB power feed on the second controller you showed used to power the primary side of the optical isolators or secondary side. because if it powers the secondary side it shouldn't be powered by the Computer that would defeat the purpose of the breakout board.
hello, i am traing to be a gun smith and in the market for a mini mill.. i have looked at the harbor freight and grizzly mills. but these sherline mills caught my eye.. the only problem is that there are so many options and models.. which model should i be looking at. the tasks at hand could include milling receivers to cutting ports in slides primarily for one off guns and custom work.. i will not be mass producing anything. can any one help or point me in the right direction. i am also trying to keep costs down.. i also am looking to buy a lathe..
i am currently developing a 5 axis cnc using the Beaglebone black on machinekit and i am also considering using dc servos for the axis using Tarocco cnc servo driver (which i am also going to use for the spindle but the software has to be changed in order to do revolutions per minute instead of position ). CAM sotware is going to be Fusion 360 :)
Thanks for the video and great information! I currently have a Sherline "manual" mill and lathe. I also have some 3d printers. I was wondering why it was that the much simpler/cheaper controllers of the 3d printers couldn't be adapted for use to control the mill and lathe axis, considering that the timing/movement/resolution seems good enough for 3d printer use? Maybe another way to ask this is what would the downsides be if I did adapt the 3d print control system for the mill/lathe? The simplicity of going through USB, without the need for parallel ports or motion controllers, seem enticing! Thanks again!
Hmmm.... Good question, and one I don't know the answer to as I haven't played with 3d printing much. Purely guessing I have a few ideas: 1. 3d printing I believe is typically primarily output, no need for inputs on small 3d printers for touch plates, probes, e-stops, etc perhaps. Although I imagine larger 3d printers have many such inputs back to the controllers including multiple limit switches. 2. If motor power is integrated into controller, then metal or wood cnc require much higher motor force compared to 3d printing which only has to push against the friction/weight of the printer itself instead of pushing a cutter into steel. Friction on cnc mills/lathes are also higher since bearing surfaces are often metal to metal vs the ball-bearing or slick plastics of 3d printing. 3. Number of axis controllers, typical 3d printer is 3-axis vs 4-axis or more axis for cnc mills. 4. Capitalism - CNC milling machines cost more for the machine, therefore resellers/manufacturers feel justified charging more for the controller??? Or supply vs. demand, likely there are more 3d printers in use today by hobbyists then metal cnc machines... not sure what the numbers would be compared to cnc wood mills. It may just be a mystery that never gets answered, but good question to ponder.
At 12:08 - after many years of home CNC milling and routing, I would never get motors without the dual shafts and have a hand wheel on one end. I'm always using mine. The extra cost is negligible. But if you try to save a few bucks and find that you need it, you are SOL and will regret it every time you look at it.
Been waiting for the next CNC for some time now... I am growing concerned that you must have something more pressing in your life and are unable to continue the wonderful series?
An example of a great teacher, not too boring, not too much information, no monotone
You videos are super helpful and much appreciated. My late father was a machinest/millright and I just bought a sherline mill and lathe (all manual so far) and he would have loved these little machines. I have little to no milling and lathing experience and your videos have been great. I'm slowly going through them all. Thank you. All the best.
I'm sorry to see that you've quit posting videos. I was looking forward to seeing where you were headed with all this.
That said, your early videos on getting started with the Sherline lathe and mill were invaluable for someone just starting out.
Thanks for all you've done. It's not easy to put these videos together.
Best Regards, Jim
Like translating the entire machine automation language. Thanks for sharing the experience.
Good explanation, just bought a used Sherline CNC and an old desktop to run it. Still getting set up.
One of the best tutorials I have ever watched. Thank you for sharing your knowledge
Please make some more videos, you did the best series for Sherline fans!
Thank you 🙏
I have repeatedly attempted to contact him by email and through youtube or his webiste... with no reply. I'm not sure why he abruptly stopped making videos... It's also odd that his website has seen no further updates and yet it does still exist. Someone must still be paying for hosting services..
Nice video. Thank you. I learned a lot. Unfortunately, as in a lot of things, the more you learn, the more you realize that you don't know enough yet. Looking forward to your next videos on the subject.
Very timely video. I just purchased a Sherline 5800 w/Sherline CNC option. Looking forward to this series of videos
Great info -just got my Sherline CNC workshop and am needing exactly what you are providing. Thanks a lot!
As always, very well done. You are leading many in this mini machining community.
Your videos are Awesome - I really wished that you would return to making them.
Good to see your back with excellent videos.
Very interesting and informative video about making own CNC machine from kits. Thanks
Nice intro and it's been 5 month. When will we continue? Thanks.
I'm glad you're back and discussing CNC! I'm putting together a Sherline (mill and lathe) based CNC system. I've chosen to use LinuxCNC, Mesa Anything-I/O card and Leadshine stepper drives. I'm looking forward to your videos. I'm sure I'll learn a lot even if you describe Mach 3/4 based systems.
Excellent video and information. Looking forward to this series. Thanks.
Love your content and sad to see you go
Thanks. My system is Linux, via Sherline mill and lathe, with bespoke computer, busily blowing little green fuses. Not entirely enthralled, but recognize steep learning curve. Can't take several lifetimes to learn, only seems that way. You don't sound 97 years old, is what I'm trying to say, so am encouraged.
Just wondering. I have an opportunity to pick up a Sherline CNC Lathe with computer. It is an 8" model and I am not sure what package comes with it. What would be a reasonable price? I know much more information is need to get a more exact price but I was thinking no greater than 1/2 retail. Any thoughts? Nice video and great information.
Great intro. I'm really looking forward to this series. I do have a Sherline CNC mill and lathe running LinuxCNC. They are currently configured out of the box. I hope to add some of the additional features like limit/homing switches, speed sensor, touch off, etc. Thank you for sharing!!
Great summary. Thanks for putting this video together.
Where did you go, and why did you stop doing videos?
Great information, looking forward to the next in the series, Thanks
Could you do a video about knurling on the Sherline?
I enjoy all of the other videos you have made.
Didn't you make your own cnc lathe - with an automatic tool turret?
Long time no video. Are you alright sir?
Is the USB power feed on the second controller you showed used to power the primary side of the optical isolators or secondary side. because if it powers the secondary side it shouldn't be powered by the Computer that would defeat the purpose of the breakout board.
A very good channel, can you give everyone an update?
Nice presentation
No more uploads? I loved watching your videos
hello, i am traing to be a gun smith and in the market for a mini mill.. i have looked at the harbor freight and grizzly mills. but these sherline mills caught my eye.. the only problem is that there are so many options and models.. which model should i be looking at. the tasks at hand could include milling receivers to cutting ports in slides primarily for one off guns and custom work.. i will not be mass producing anything. can any one help or point me in the right direction. i am also trying to keep costs down.. i also am looking to buy a lathe..
i am currently developing a 5 axis cnc using the Beaglebone black on machinekit and i am also considering using dc servos for the axis using Tarocco cnc servo driver (which i am also going to use for the spindle but the software has to be changed in order to do revolutions per minute instead of position ). CAM sotware is going to be Fusion 360 :)
Thanks for the video and great information! I currently have a Sherline "manual" mill and lathe. I also have some 3d printers. I was wondering why it was that the much simpler/cheaper controllers of the 3d printers couldn't be adapted for use to control the mill and lathe axis, considering that the timing/movement/resolution seems good enough for 3d printer use? Maybe another way to ask this is what would the downsides be if I did adapt the 3d print control system for the mill/lathe? The simplicity of going through USB, without the need for parallel ports or motion controllers, seem enticing! Thanks again!
Hmmm.... Good question, and one I don't know the answer to as I haven't played with 3d printing much. Purely guessing I have a few ideas:
1. 3d printing I believe is typically primarily output, no need for inputs on small 3d printers for touch plates, probes, e-stops, etc perhaps. Although I imagine larger 3d printers have many such inputs back to the controllers including multiple limit switches.
2. If motor power is integrated into controller, then metal or wood cnc require much higher motor force compared to 3d printing which only has to push against the friction/weight of the printer itself instead of pushing a cutter into steel. Friction on cnc mills/lathes are also higher since bearing surfaces are often metal to metal vs the ball-bearing or slick plastics of 3d printing.
3. Number of axis controllers, typical 3d printer is 3-axis vs 4-axis or more axis for cnc mills.
4. Capitalism - CNC milling machines cost more for the machine, therefore resellers/manufacturers feel justified charging more for the controller??? Or supply vs. demand, likely there are more 3d printers in use today by hobbyists then metal cnc machines... not sure what the numbers would be compared to cnc wood mills.
It may just be a mystery that never gets answered, but good question to ponder.
kohjb I
Thank you for all the great information!!!
very useful info thanks for sharing
Great video now we need one on how to us thanks again
Great video
At 12:08 - after many years of home CNC milling and routing, I would never get motors without the dual shafts and have a hand wheel on one end. I'm always using mine. The extra cost is negligible. But if you try to save a few bucks and find that you need it, you are SOL and will regret it every time you look at it.
Been waiting for the next CNC for some time now... I am growing concerned that you must have something more pressing in your life and are unable to continue the wonderful series?
come back!
Why Sherline vs. Brand-X.
Hello
hope to see more videos...?
I think he's dead... This was a good channel... but now, I'm looking for a similar channel.
I would like to see first the mach Windows based system
Mach 3 & 4 software.