Jessie CNC Machines a PitBull on the DN Solutions 5 Axis DVF 5000 CNC Machine. This once again shows the endless possibilities you can do with these machines! #shorts #CNC #Machining #Machinist
CNC is so fascinating I only got to use maybe 5% of its true capabilities at my last job where we cut parts for this company. But seeing stuff like this is just too cool 👍
What kind of toolpath was used for finishing? It looks like registered operations were used for roughing and initial cuts, but for finishing it's some kind of simultaneous 5 axis toolpath. I wish I had an affordable software that could do this well for the 4 axis machine I have.
You have amazing machines and the new one was even better with 35 axis. Killer. Love how you picked a Pitty. Don’t care what other people say they are so kind and sweet. I have one and he is. 😊
It's really beautiful how that machine works by God!!!! It makes me cry the level of that work of art that these very fine machines are. Big hug from Argentina!! ❤🤩👌🇦🇷
You have a 3d model and then you use CAM software to define toolpaths to cut it from a stock. Stock is the part you start cutting from - typically a cylinder or a rectangular block. CAM software can largely automate generating the toolpaths, so you don't have to write any code by hand and once the toolpaths are defined, it uses a preprocessor to translate the toolpaths into GCODE which is the code your CNC machine understands.
It’s just a demonstration. Takes a lot of experience, training and skill to do this kind of work efficiently. 3d printed parts will never replace billet parts. High performance and precision parts are made from raw materials on CNC machines for a reason. Injection molded parts are far superior to 3d printing. 3d printing is a prototype/proof of concept type of thing.
@@KnoxGTX haha you think they’ll never replace billet parts. Just you wait. Jet engine nozzles and tubes are already being 3d printed for better performance. Won’t be long until metal 3d printing is even more refined and costs less.
We have a 3d metal printer here. I’ve inspected and done secondary op machine work on aluminum, stainless and titanium, and I can assure you that you aren’t holding any tight tolerance with a part just wired off a build plate. Unless they have software that anticipate warping and guide the design to avoid warping after cooling, but when you heat any material to hundreds of degrees and cool it… it warps as it cools…
We even gone as far at sending parts out for stress relief after printing and still had issues with warping during secondary machining. It will be a long ass time before 3d printing takes over bullet parts of at all 🤣
Its most likely just the surface finish left from the way the tool is pathing/cutting across the material (plus other factors as well) and if they did model and program the fur, its cut using similar surface 3D tool paths like your already seeing in the video just probably with a smaller ball endmill tool, essentially a square profile tool with a radius on the tip allowing it to cut/roll geometry not possible with a fully square ended tool.
@@elliot1405 Of course man, and right on glad to see people interested in the trade even just as a hobby. Ive been in the industry since I was 18 where I grew a passion for CNC, and have been fortunate enough to work on some badass aerospace tooling, molds, and firearms over the years. It's certainly a fascinating line of work! Albeit a bit stressful at times haha.
It took several weeks to program. Jessie was working on the Pitbull on and off and experimenting with different surfaces finishes. Those factors consumed more time. As mentioned above, Mastercam was used to program the model.
Beautiful stuff Titan. Please machine Pitbull next aka Mr Worldwide
Similar to aluminum
Woof
CNC is so fascinating I only got to use maybe 5% of its true capabilities at my last job where we cut parts for this company. But seeing stuff like this is just too cool 👍
This machine is ridiculously sophisticated.
no comment
this is amazing
thank you!
That's a comment.
“Beware Dog” (will break your foot if kicked)
Been interested for a while but this confirms… I GOTTA learn CNC.
Dude so cool thanks for sharing
Imagine writing the codes for this 😂
Amazing machine !!
What kind of toolpath was used for finishing? It looks like registered operations were used for roughing and initial cuts, but for finishing it's some kind of simultaneous 5 axis toolpath. I wish I had an affordable software that could do this well for the 4 axis machine I have.
I would love to learn CNC , this is magic !!!
Beautiful machine 😍
You have amazing machines and the new one was even better with 35 axis. Killer. Love how you picked a Pitty. Don’t care what other people say they are so kind and sweet. I have one and he is. 😊
It's really beautiful how that machine works by God!!!! It makes me cry the level of that work of art that these very fine machines are. Big hug from Argentina!! ❤🤩👌🇦🇷
Вы большие молодцы! Успехов вам всем!
Brilliant machine 👍
Where do you find these CAD models? I'd love to machine stuff like this when we have free spindle time.
I think I just did a google search for pitbull 3d model. I think it was turbosquid it came from
How many lines did it take to program
Yes
I’m not sure exactly how many lines, but I can tell you it took around 9-10 hours for roughing and finishing combined.
Awsome but it would be cool to do one of the machines logo dog
Fly like an eagle
Something you sell or just flexing on mortals ?
Lol wish we could sell them but just trying to inspire people with 5 axis machining
this piece probably would cost like a premium car
Who took it home
ART😍
You reckon you could do this with wood?
Is this where that bronze bulldog attached to the chromed out hummer came from?
wow nice
Runtime: 72 years
Now what would you charge for it. That’s what never gets talked about
Tree fidy
Who let the dog out.... Of the aluminum?
awesome. what kind of clamps are you guys using for this setup?
Crazy 🙏🏼🙏🏼
Dope!
Some of the stuff I see people spend there money on is crazy to me
Please show process making g code in mastercam 😢
Very cool, can you cut granite with that machine?
Is this derived thru 3D rendering software or is all this coding manually entered
You have a 3d model and then you use CAM software to define toolpaths to cut it from a stock. Stock is the part you start cutting from - typically a cylinder or a rectangular block. CAM software can largely automate generating the toolpaths, so you don't have to write any code by hand and once the toolpaths are defined, it uses a preprocessor to translate the toolpaths into GCODE which is the code your CNC machine understands.
I been doing this job 10 years now I'm sick of smelling like oil and coolant
How's the pay? How much money can you make a year?
What’s the starting bid ?!
❤
❤❤
How much does this kind of machine cost?
Arm and a leg
@kurt dobbins
Probably enough for a down payment on a payment plan.
How long did it take?
I want to know how to do that
I'm curious how many lines that program was
I don’t know but it was big! I broke it up into a roughing program and a finishing program. I think finishing was over 2 million lines
What material?
And this is why 3d printing exists 💀
It’s just a demonstration. Takes a lot of experience, training and skill to do this kind of work efficiently.
3d printed parts will never replace billet parts. High performance and precision parts are made from raw materials on CNC machines for a reason.
Injection molded parts are far superior to 3d printing. 3d printing is a prototype/proof of concept type of thing.
@@KnoxGTX haha you think they’ll never replace billet parts. Just you wait. Jet engine nozzles and tubes are already being 3d printed for better performance. Won’t be long until metal 3d printing is even more refined and costs less.
We have a 3d metal printer here. I’ve inspected and done secondary op machine work on aluminum, stainless and titanium, and I can assure you that you aren’t holding any tight tolerance with a part just wired off a build plate. Unless they have software that anticipate warping and guide the design to avoid warping after cooling, but when you heat any material to hundreds of degrees and cool it… it warps as it cools…
We even gone as far at sending parts out for stress relief after printing and still had issues with warping during secondary machining.
It will be a long ass time before 3d printing takes over bullet parts of at all 🤣
@@KnoxGTX couple decades tops lol
cool
What tool was used for the finish?
Many ball nose in a tapered shrink fit
It was a Kennametal Duo-Lock Harvi III ballnose
Just how many hours of tooling did it take?
If I remember correctly it was around 7-8 hours. It could have been sped up some if I was able to run coolant. Turned it off for filming
@@Jessie_Smith
Very impressive tooling that cnc file must be huge.
@@assassinlexx1993 Yeah it was pretty big. I broke it up into a roughing program and a finishing program because it was bogging my computer down lol
I wanted to see how they gave it the fur texture at the end….too bad they skipped that part
Its most likely just the surface finish left from the way the tool is pathing/cutting across the material (plus other factors as well) and if they did model and program the fur, its cut using similar surface 3D tool paths like your already seeing in the video just probably with a smaller ball endmill tool, essentially a square profile tool with a radius on the tip allowing it to cut/roll geometry not possible with a fully square ended tool.
@@chance2538 cool…thanks! I’ve always wanted to get one of these for my garage or something lol. Looks like a fun job.
@@elliot1405 Of course man, and right on glad to see people interested in the trade even just as a hobby. Ive been in the industry since I was 18 where I grew a passion for CNC, and have been fortunate enough to work on some badass aerospace tooling, molds, and firearms over the years. It's certainly a fascinating line of work! Albeit a bit stressful at times haha.
who programmed that
🙋🏻♂️
How did you write cpde for this!!??
looks like my baby Kilo 🙏 RIP
Baby killer you mean
@@PotatoAndSickle That's a very ignorant thing to say
The only pit bull that's safe to be around children.
🦾Оооо.. Шикарно..
Где программу посмотреть... 🤔
Here is the full video of the Pitbull being machined: th-cam.com/video/Io4riL3BM2I/w-d-xo.html
What about cat people??
Where is that machine built?
Korea
what is this
Are you using shrink fit cat 40 toolholders?
Yes some of them are. Haimer slim style for the tough reach areas. Some are Hydraulic holders.
Which software is used to create program
Programmed in Mastercam
Programming nightmare
Yea it was lol. Mainly because it was an stl model so no real surfaces to use.
so real ATF wants to shoot it
Amazing and all that, but why the cropped ears? Does one really like pitbulls if they have to be mutilated for one to like them?
I purchased the model online. We didn’t model it so I can’t answer why
Cool, now machine a Child for the pitbull to maul
Awesome, please help me to machine my constant shifting center of gravity rotor, the center of gravity pendulum. MQShawGravity
The only pitbull that won’t kill your toddler
Truely the most idiotic comment made so far here
Yoooo
I love it but you should have made it without it’s ears cropped they have real sensitive ears and it’s bad for them to have that done
I bet that took 6 months to program
MasterCAM lmao
It took several weeks to program. Jessie was working on the Pitbull on and off and experimenting with different surfaces finishes. Those factors consumed more time. As mentioned above, Mastercam was used to program the model.