Industrial mechanic apprentice with a question here. When you were machining the valve body aka the tower of doom with the sketch counter why didnt you use a high feed insert endmill when you made the fishscaly texture at 2:37 ? wouldn't that have been faster than using a endmill with lower feed and higher cost per tool ? or was that for demonstrating the longevity and strength of the tool ?
I would like to lean in towards that the endmill is more favorable in that particular part because of how much higher MRR (Material Removal Rate) and it's safer + quicker because the part is less likely to tip over, hypothetically speaking, if it did tip over, you'd be in a lot of trouble and wasted the time trying to save it. Quicker based on Ap+Ae, safer = lower feedrates which limits the possibility of that part tipping over, even with the mill and its slower feedrates the part was a little bit wobbly, noticed that in dedicated video of that part, the endmill did snap, but the rest had no dramas.
Is there any machine shop better than titan, ok, no!! Who is the the next best one since titan is so far in front you can’t see second place anymore! Best team out there and will play a critical roll in the new America you watch this post! ✅
![ละลาย (LALALYE) - DAOU PITTAYA ต้าห์อู๋ พิทยา [OFFICIAL MV]](http://i.ytimg.com/vi/wo6r9TgausI/mqdefault.jpg)
what was the load % at on the drilling at 1:05
Why is there no coolant or cutting oils used? Would this not lower the part quality and drastically increase tool wear?
Mostly for filming purposes
Hoping for a vid of pushing tools and machines to the limits, this is just a normal video, push the big 4in high feed to the max
Industrial mechanic apprentice with a question here. When you were machining the valve body aka the tower of doom with the sketch counter why didnt you use a high feed insert endmill when you made the fishscaly texture at 2:37 ? wouldn't that have been faster than using a endmill with lower feed and higher cost per tool ? or was that for demonstrating the longevity and strength of the tool ?
I would like to lean in towards that the endmill is more favorable in that particular part because of how much higher MRR (Material Removal Rate) and it's safer + quicker because the part is less likely to tip over, hypothetically speaking, if it did tip over, you'd be in a lot of trouble and wasted the time trying to save it.
Quicker based on Ap+Ae, safer = lower feedrates which limits the possibility of that part tipping over, even with the mill and its slower feedrates the part was a little bit wobbly, noticed that in dedicated video of that part, the endmill did snap, but the rest had no dramas.
love all this! 😍 You guys hiring? 😋
dang, that Kraken drill sounded so terrible, I wish you'd ran coolant
🇺🇲🇺🇲🇺🇲😎😎🇺🇲🇺🇲🇺🇲 MADE IN THE USA, BOOM!!!
have you ever heard of a peck drill? wth
Is there any machine shop better than titan, ok, no!! Who is the the next best one since titan is so far in front you can’t see second place anymore! Best team out there and will play a critical roll in the new America you watch this post! ✅
Your confidence is strong, young Skywalker. Good.
This is cool to watch but it’s nothing special
Made it here first