Captain here: that thin stub is a cantilever hanging out of the chuck. Cutting force deflects an unsupported lathe part with the cube of the stick-out length, which is why it bent instead of cutting cleanly. Machinists usually keep unsupported length under about three times the d
emma_23xNewcomerNov 10, 2026
My disappointment is immeasurable and my day is ruined
A
ama44NewcomerNov 10, 2026
I had hoped for that outcome!
lucatorres18NewcomerNov 10, 2026
Amazing run out
R
reallucaNewcomerNov 10, 2026
Couldn't get hard. Happens to the best.
the_omarNewcomerNov 10, 2026
Engineer was excited at the beginning though!
M
mei52NewcomerNov 10, 2026
It manufactures disappointment.
A
aoitanaka58NewcomerNov 10, 2026
Floppy milling for more kinetic energy
D
daan_87xNewcomerNov 10, 2026
As a professional in this field, I got cancer from this video.
S
sharma.arjunNewcomerNov 10, 2026
Material too far out. Speed too high. Cutting depth too high. Tool not perfectly set. Working with thin parts is a annoying to work with every time. So you learn some quirks but even then... like i said annoying.
Captain here: that thin stub is a cantilever hanging out of the chuck. Cutting force deflects an unsupported lathe part with the cube of the stick-out length, which is why it bent instead of cutting cleanly. Machinists usually keep unsupported length under about three times the d
My disappointment is immeasurable and my day is ruined
I had hoped for that outcome!
Amazing run out
Couldn't get hard. Happens to the best.
Engineer was excited at the beginning though!
It manufactures disappointment.
Floppy milling for more kinetic energy
As a professional in this field, I got cancer from this video.
Material too far out. Speed too high. Cutting depth too high. Tool not perfectly set. Working with thin parts is a annoying to work with every time. So you learn some quirks but even then... like i said annoying.