I'm a cnc lathe guy but my shop needs me to run a cnc mill too and videos like these really help me understand how to be more efficient on the mill. Awesome!
I’ve learned a little about hsm in college and seeing many videos on it, but every time I see it, it just amazes me the capabilities of some tools. Good work. 👍🏻
I got to play with 3 axis mills in shop class but never really learned much more about the process after that. This was a much better ”presentation” of the material. I love that you give the settings too, helps me see what the machine is currently doing and helps me think about why you made the settings what they were. Looking forward to learning more!!
I liked the explanation on the cutting tool. I was unaware of polishing having an effect on material sticking to the tool. I'm a rookie machinist trainee and I had no idea about any of the factors he mentioned with his tool choice. Very interesting information.
I'm always impressed at what machines are capable of at high feeds and speeds. I'm still learning so I definitely haven't built up the confidence to rip like that. But the more videos I watch, the more comfortable I get with it. I'd love to see videos on different types of fixturing and clamping on difficult parts.
CNC machining is like blending science, art, and maximum efficiency all at the same time. And high-speed pathing has numerous cost and efficiency advantages over traditional pathing. Lastly, every time I watch these videos I always want to know what the part is and want to see it in use after it's been installed. (Obviously, it's not possible with everything but it would be great where allowable). Cheers!
Second year apprentice machinist, we manually program on all of our cnc machines, haven't really used cam before but it's something I'm keen to learn in the future!
I really enjoy learning about the different tooling and the specific reasons as too why they are used and how they help and differ from others. Good to know!
Full DOC all day with HSM! 👍🏻 plus it gives you even wear on your cutting edge instead of having just the bottom quarter of your tool wear out faster than the rest.
Awesome content please continue... Small request: please add to all the tool operations the feeds and speeds in imperial and in metric. This will be very useful for us. Thank you!
Great video! I've been trying to push my boss in this direction, he still sticks to his old-school feeds and speeds. He's slowly coming to realize that the tooling is capable of much more
I love how the tool pressures are dissipated much more evenly. It makes fixturing and workhokding much easier versus just going to town and hogging it.
Interesting seeing no coolant on those deeper cuts. This is coming from a manual machinist, absolutely love CNC and very much want to dabble in it one day. Happy machining!
Awesome video, love high speed machining is the way to go!, as our shop changed hands. We are stating to move towards this more often , old school machining methods are great and helped build American. But it's a must to progress with the times!
It is nice to see Adaptive tool cuts using full depth of cut. The contant load engagement on the flutes extends tool life by minimizing shock loading. I see the operator chose to use round stock instead of plate I wonder if that was to minimize warping once the part was complete.
I love fast machining i'm a machinist of the old times i'm currently training and i love it and pnce i further myself then i can move on to cnc which i love most
Overall the video was very well done. Great presentation and use of real machining footage. However the video didn't really talk about what an adaptive toolpaths actually are and more just showed footage of using one. Maybe the next video can focus on exactly what the difference is between adaptive toolpaths and regular toolpaths and why you should you certain ones under different circumstances. Showing some footage of the CAM program used and how to set up adaptive toolpaths would also be really helpful.
Looks like a Doosan 750 Mill. Mitsubishi makes some nice insertable high feed endmills designed for dynamic toolpaths. Here's a tip... if you put the next tool number right after the tool change callout,that tool will be waiting in the ATC load/unload position, making tool changes faster. Example tool #1 is the rougher and tool #30 is the finisher, a simple T30 on the next line of code after the tool #1 tool change will make the finisher (tool #30) waiting in position. Eliminating the tool the be unloaded, ATC indexing to #30, loading tool and completing the tool change operation. It will already be there waiting for exchange. 😎👍
I’m solely a manual machinist right now, so this was a really nice video to learn from. Would you normally be running flood coolant the entire time if you weren’t filming?
Nice toolpath! There was one thing I didn't understand, you had to put in your tool in between operations. That's something you do beforehand. I would really like to see some heavy steel machining next time :) Btw what kind of coolant is that, it doesn't look very appealing to me... We just switched to blaser synergy and man it looks soo much cleaner
Wish the guys at my shop would take some advice on “the new way of doing things” the old ways are tried and true but a lot of benefits would come from some more training on better tooling and new investments.
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I'm Brazilian manual machinist
I work on machine shop in benicia CA
I'm been learning a lot if your videos guys . love it
As a Manufacturing Specialist, I love seeing videos like this sharing and spreading Machining Knowledge.
As a manual machinist without masses of experience, this video was really useful to understand adaptive footpaths a lot better!
I'm a cnc lathe guy but my shop needs me to run a cnc mill too and videos like these really help me understand how to be more efficient on the mill. Awesome!
It's always great to find TH-cam channels that open doors to new and amazing worlds, like the manufacturing world. Thanks @PracticalMachinist
Amazing work! I'd like to see more about programming the tool paths and such!
Some great tips! Manual programming definitely has its place, but CAM programming is taking over. So many advantages. Love the videos!
Love the high speed mill videos nice music choice
Great video. Been using these toolpaths for a little while now and love them.
I’ve learned a little about hsm in college and seeing many videos on it, but every time I see it, it just amazes me the capabilities of some tools. Good work. 👍🏻
I got to play with 3 axis mills in shop class but never really learned much more about the process after that. This was a much better ”presentation” of the material. I love that you give the settings too, helps me see what the machine is currently doing and helps me think about why you made the settings what they were. Looking forward to learning more!!
Pretty rad. I'm a manual machinist, I am getting my first cnc mill next year. Pretty excited to dig into that stuff.
I liked the explanation on the cutting tool. I was unaware of polishing having an effect on material sticking to the tool. I'm a rookie machinist trainee and I had no idea about any of the factors he mentioned with his tool choice. Very interesting information.
Great video I really enjoyed watching it, looking forward to see more videos of high speed machining
Love watching high speed milling without coolant. It’s so satisfying
I'm always impressed at what machines are capable of at high feeds and speeds. I'm still learning so I definitely haven't built up the confidence to rip like that. But the more videos I watch, the more comfortable I get with it. I'd love to see videos on different types of fixturing and clamping on difficult parts.
It's always amazing to see what's possible with cnc machines.
Great video. How about a video showing which toolpaths are best for different applications?
I'll look into doing one of those 👍👍
CNC machining is like blending science, art, and maximum efficiency all at the same time. And high-speed pathing has numerous cost and efficiency advantages over traditional pathing. Lastly, every time I watch these videos I always want to know what the part is and want to see it in use after it's been installed. (Obviously, it's not possible with everything but it would be great where allowable). Cheers!
Second year apprentice machinist, we manually program on all of our cnc machines, haven't really used cam before but it's something I'm keen to learn in the future!
That was really amazing. I'm just starting to learn CNC. I grew up in the tool and die industry gaining experience on manual machines.
Love adaptive machining.....fun to watch as well!
That surface finish is amazing!
Adaptive tool paths are much easier on the machine and tooling. Great video!
How am I just now finding out about this channel! Good stuff!! Slingin' those chips!!
I was never aware of how the depth of the flutes on an endml effected the chip evacuate very helpfull tip to help prolong the tool life.
That endmill is insane! Keep up with the info!
Love watching a Hurco get after it! Kickass machines!!
I really enjoy learning about the different tooling and the specific reasons as too why they are used and how they help and differ from others. Good to know!
Such a beautiful process! Makes you want to go design anything and everything just so you can see the beautiful finished machined our product!
Full DOC all day with HSM! 👍🏻 plus it gives you even wear on your cutting edge instead of having just the bottom quarter of your tool wear out faster than the rest.
Very impressive to see just how good of a surface finish can be reached with a proper cutter selection, even during roughing!
I've been slowly trying to introduce this type of machining into my work style. Amazing to see all the ways of removing metal!
Awesome content please continue...
Small request: please add to all the tool operations the feeds and speeds in imperial and in metric.
This will be very useful for us.
Thank you!
Material specific tooling is a must in a shop trying to make money.
Great machining, I hope to see more videos soon!👍🏻
Great video! I've been trying to push my boss in this direction, he still sticks to his old-school feeds and speeds. He's slowly coming to realize that the tooling is capable of much more
Its remarkable how good the finish is during the hogging out!
Excellent work guys! I love to see high speed toolpaths and especially those chip rooster tails. Great surface finish as well
Pretty interesting video, really enjoyed learning new things about material specific tooling and adaptive toolpaths.
Great video! Can't wait to finish school and get into the industry!
I love watching high speed milling. It is a thing of beauty until boom!
I love how the tool pressures are dissipated much more evenly. It makes fixturing and workhokding much easier versus just going to town and hogging it.
Great content as always
Would love to see more series on manual machining but I could watch the cnc run all day.
Interesting seeing no coolant on those deeper cuts. This is coming from a manual machinist, absolutely love CNC and very much want to dabble in it one day. Happy machining!
I run CAMWorks and it has an adaptive tool path that I use a lot. We primarily cut 420SS in both green and hardened states.
Awesome video, love high speed machining is the way to go!, as our shop changed hands. We are stating to move towards this more often , old school machining methods are great and helped build American. But it's a must to progress with the times!
This might sound odd, but this gives me more insight into manual machining techniques.
Just getting into machining and love the videos! Loved watching this high speed machining!
Nice work very efficient rough end mills. Was slinging the chips.
I’m beginner machines and definitely would love to Learn cnc machining one day! Love the videos guys 👍
Awesome video. I’ve caught a few people over the years trying to use those cutters on harder metals.
Doesn't usually end too well lol
That high polished finish end mill is pretty sic. I wish our shop would ADAPT this kind of tooling.
Very awesome techniques I did similar work like this at my previous workplace!!
High speed machine rules! I get right excited when I crank my mill up to 2720🤪
Top video - keep it up!
It is nice to see Adaptive tool cuts using full depth of cut. The contant load engagement on the flutes extends tool life by minimizing shock loading. I see the operator chose to use round stock instead of plate I wonder if that was to minimize warping once the part was complete.
It's always good TH-cam channels and amazing world, thanks @practicalmachinist
Nothing like watching chips fly early in the morning. Love this stuff.
I’m so happy I fell in love with machining makes every day a test of skill 🤘🏽🤘🏽🤘🏽 and your boy needs a set of bad ass calipers
Nice video. I love the adaptive toolpaths in fusion and other cam softwares!
Ahhh I love this! Would have liked to see the final product after tho.
As always, great content!
Loved the chip while roughing. It was a perfect stream just launching from the part. 472 ipm on aluminum sounded and looked great.
Climb milling full flute! Awesome!
Glad I heard about the polish of endmills that don't let chips stick to it. I thought it was just to increase cutting speed of coated endmills.
So satisfying
I love fast machining i'm a machinist of the old times i'm currently training and i love it and pnce i further myself then i can move on to cnc which i love most
Cool video. I always like to watch What CNC machines are captable of 👍
very informative, small chamfer cutter I like it.
Yes, please make more! 😁
Awesome video! I would like to see the part finished!!
Adaptive tool paths are amazing
Overall the video was very well done. Great presentation and use of real machining footage. However the video didn't really talk about what an adaptive toolpaths actually are and more just showed footage of using one. Maybe the next video can focus on exactly what the difference is between adaptive toolpaths and regular toolpaths and why you should you certain ones under different circumstances. Showing some footage of the CAM program used and how to set up adaptive toolpaths would also be really helpful.
Noted 👍👍
This stuff is just so satysfying!
Deep cuts and constant tool engagement are a benefit to the high speed machining.
Awesome I have yet to use a CNC machine this was great👍
Cool video, love seeing those chips fly. would of been good to see a close up of the finished product!
Looks like a Doosan 750 Mill. Mitsubishi makes some nice insertable high feed endmills designed for dynamic toolpaths.
Here's a tip... if you put the next tool number right after the tool change callout,that tool will be waiting in the ATC load/unload position, making tool changes faster.
Example tool #1 is the rougher and tool #30 is the finisher, a simple T30 on the next line of code after the tool #1 tool change will make the finisher
(tool #30) waiting in position.
Eliminating the tool the be unloaded, ATC indexing to #30, loading tool and completing the tool change operation. It will already be there waiting for exchange. 😎👍
Honestly I really love how fast the rpms are I run that fast with plastic and I’ve never seen it with metal that is really cool
Got link to that carbide end mill ? Always on the lookout for good dynamic tooling.... Thanks, Kris.
It's a Korloy A+
Got it from a great tooling company called Cutwel
It's so satisfying to watch how smooth the cutting tool goes through the metal like a hot knife through butter 😂 love these videos tho!
I’m solely a manual machinist right now, so this was a really nice video to learn from. Would you normally be running flood coolant the entire time if you weren’t filming?
Yes , but profiling like this was ok to do without coolant
The faster the better
Impressive. Just now im working a design on fusion360, using 2D adaptive clearing and contour. Its Just amazing to see it run in the machine.
Awesome presentation
This is great! Glad I subscribed!
That was pretty clean
Nice toolpath! There was one thing I didn't understand, you had to put in your tool in between operations. That's something you do beforehand. I would really like to see some heavy steel machining next time :)
Btw what kind of coolant is that, it doesn't look very appealing to me... We just switched to blaser synergy and man it looks soo much cleaner
Gorgeous finish
Nothing more satisfying than a beautiful stream of chips flying off some aluminum!
How does tooling hold up tothe high speeds of cnc compared to manual ? I'm new to cnc but really look forward to it after watching videos like this !
Love it!
How do you decide whether you choose flood, mist or no coolant at all?
This is awesome dude, love the machines you got I only run heidenhain, love the stuff!
Wish the guys at my shop would take some advice on “the new way of doing things” the old ways are tried and true but a lot of benefits would come from some more training on better tooling and new investments.
It looks so smooooooth!
i wish we had one of these machines in our shop.. perhaps eventually
We're slowly getting to high speed milling with our leadwell V40i, a lot of trial and error but starting to figure stuff out
What type of coolant are you using? Is it special fluid for highspeed milling? Love your videos keep it up
Just general coolant nothing special 👍