Well that makes alot of sense. Thank you. Both of my self closing vessel has cracked. I will turn another one soon. I will be watching for your next one. Be good
I watched you turn in reverse to clean up the inside edge of a bowl foot on an earlier video and since then have done it on several of my turnings. I'll have to try this too. Thanks for the tip.
Now, I usually hollow out bowls with the lathe running in reverse. It's easier to see, and easier on my back. Also, my lathe is within an enclosure with dust collection and visor, so I don't need to wear a faceshield or dust mask.
YES!!!! I have had my 6th shoulder surgery and couldn’t reach across my lathe. I tried turning in reverse and solved the problem. Also sand in both directions to achieve a smoother surface and reduce the amount of wood that is raised when the wood is dampened.
I like reverse turning for some hollowing work but it hadn’t occurred to me to use it this way. Thank you. P.S. my 4 jaw chucks need to be tightened to the spindle using set screws or they will spin off the lathe in reverse😮
Hello Ronald. Well, alles richtig und gut erklärt. Das man eine feinere Oberfläche erzielen kann, mit einem rechtslauf der Maschine, war mir neu. Danke daher für den Tip. Erwähnen solltest Du aber die Gefahr, die entsteht, wenn der Motor, und damit auch der Chuck, rechts herum, also im Uhrzeigersinn, dreht. Denn bei Belastung des Holzes im Chuck, ist es sehr wahrscheinlich das es sich löst vom M33 Gewinde, und dann ist Holland in Not, weil Verletzungsgefahr besteht. Um das zu verhindern braucht es einen Ablaufsicherungsring. Der ist nicht sehr teuer, muss aber auf das Futter passen. Viele Grüsse aus Nord Deutschland, Schorschi. Hello Ronald. Well, everything is correct and well explained. I didn't know that you can get a finer surface by turning the machine clockwise. So thank you for the tip. But you should mention the danger that arises when the motor, and therefore the chuck, turns clockwise. If the wood in the chuck is under load, it is very likely that it will come loose from the M33 thread, and then Holland will be in trouble because there is a risk of injury. To prevent this, you need a drain safety ring. It is not very expensive, but it has to fit on the chuck. Best wishes from northern Germany, Schorschi.
Here is another tip. Before you try this, make sure that your chuck can't unscrew itself...
I was waiting for you to mention that Ronald.
I'm going to try this the next time I'm at my lathe. Thank you!
For sure, use the grub screw for chuck to grab the flat surface on the spindle, not the threads. Lovely video.
As always excellent information ! Thank you Roland !
Well that makes alot of sense. Thank you. Both of my self closing vessel has cracked. I will turn another one soon. I will be watching for your next one. Be good
Another excellent tip with a rational justification. Welcome back, you were gone far too long.....we missed your videos.
Tnx Bunk. I know... sorry. 🫠
Excellent idea. As you mentioned in the comments, Make sure the chuck is locked to the spindle to prevent the chuck from loosening.🙂🙂
I’ve turned in reverse, but stepped to the opposite side of the lathe for hollowing! But, you and your genius have added a new procedure, wow!
I watched you turn in reverse to clean up the inside edge of a bowl foot on an earlier video and since then have done it on several of my turnings. I'll have to try this too. Thanks for the tip.
Das muss ich morgen gleich mal ausprobieren 😮. Hab schon auf ein neues Video von dir gewartet
Now, I usually hollow out bowls with the lathe running in reverse. It's easier to see, and easier on my back. Also, my lathe is within an enclosure with dust collection and visor, so I don't need to wear a faceshield or dust mask.
YES!!!! I have had my 6th shoulder surgery and couldn’t reach across my lathe. I tried turning in reverse and solved the problem. Also sand in both directions to achieve a smoother surface and reduce the amount of wood that is raised when the wood is dampened.
Haha! Well i didn't have any shoulder surgery and i like it too! 😀
Great ... now I have to find those grub screws that came with my chucks!
Most people lost these screws...:-)
Well that makes sense……I think? Have to try it! Thanks for the tip, stay safe.
Thank for the post. Enjoy your presentations style and wish to see more often.
If i had the time i would make a video every week... 🙂
Have missed your videos
Tnx Miriam, yes, it was too long ago...
Great information. Thank you for sharing 🌞
Thank you
I like reverse turning for some hollowing work but it hadn’t occurred to me to use it this way. Thank you.
P.S. my 4 jaw chucks need to be tightened to the spindle using set screws or they will spin off the lathe in reverse😮
Hello Ronald. Well, alles richtig und gut erklärt. Das man eine feinere Oberfläche erzielen kann, mit einem rechtslauf der Maschine, war mir neu. Danke daher für den Tip. Erwähnen solltest Du aber die Gefahr, die entsteht, wenn der Motor, und damit auch der Chuck, rechts herum, also im Uhrzeigersinn, dreht. Denn bei Belastung des Holzes im Chuck, ist es sehr wahrscheinlich das es sich löst vom M33 Gewinde, und dann ist Holland in Not, weil Verletzungsgefahr besteht. Um das zu verhindern braucht es einen Ablaufsicherungsring. Der ist nicht sehr teuer, muss aber auf das Futter passen. Viele Grüsse aus Nord Deutschland, Schorschi.
Hello Ronald. Well, everything is correct and well explained. I didn't know that you can get a finer surface by turning the machine clockwise. So thank you for the tip. But you should mention the danger that arises when the motor, and therefore the chuck, turns clockwise. If the wood in the chuck is under load, it is very likely that it will come loose from the M33 thread, and then Holland will be in trouble because there is a risk of injury. To prevent this, you need a drain safety ring. It is not very expensive, but it has to fit on the chuck. Best wishes from northern Germany, Schorschi.
Hi Schorschi, you're right. That's why i wrote it in the video discription and in the first reaction...😀
My cheap lathe barely goes forward.
Negative rake scraping is even smoother