Brilliantly done video. Everything is definite, described and visualised. Great work Titans, you are real beasts with your workshop!!! 1000000 👍, guys!!!
@@ronson66 true but it is getting there with advances post processing. The good example is the Bugatti Chiron brake caliper - it is a an optimized lattice-like shape which would have been impossible with subtractive manufacturing. The future of Aerospace and other high-end fields will depend on optimized lattice structures which can only be made with additive machining. America relies heavily on other countries for this and it would be nice to se the Titan team pioneer this, noting that CNC is the current superior manufacturing method.
A few questions. Why did you not cut the involute profile in op1 when you had the greater torque available from the stock to grip the part rather than relying on the friction of machined jaws on the (smaller) finished surface in op2? Why did you not drill out the centres of the involute teeth with your tapping drill first rather than wear out your finishing end mill with all those roughing passes? Did you consider roll forming taps to produce the threads rather than thread milling? These would be faster than thread milling & far less likely to break than cutting taps. Lastly, did you consider a double sided chamfer tool that would have allowed deburring of both sides of the involute profile as well as the holes?
Titanium machining looks cool and impressive but most machine shops aren't knocking out parts in Titanium every day of the week. Some Aluminium or steel work would be good. Great work though guys!
We have a ton of work done on this channel in all types of materials and machines. When we run aluminum, people call us out for not running harder materials and when we run hard they call us out for running hard...😂😂😂 Most love the variety and that we give real speeds, feeds and depths of cut that you can bank. BOOM!
@@TITANSofCNC you guys are awesome. The variety is on point, and you all make it look so easy. We need manufacturing back in the US, and you're leading that charge. Thanks for all you do.
Impressive. If a thread milling tool breaks and you want to redo the thread, do you have to position the tool cutting edge in a certain angular position to remill existing threads?
No, because the teeth of the tool aren't angled like on a tap. It's like a t-slot mill, but just with teeth in the form of threads. The pitch, diameter and starting point of the thread should all be programmed, so you can just start again when you fit a new tool
Hi Tyler. Don’t know where you live, but a lot of states offer free classes at technical schools and community colleges. Just call the schools in your area. They will have all the info you need. You will more than likely have to learn manual machining before cnc though. Gotta know the basics.
So is it an optical illusion or is that tool that is closest to the camera coming as close as it seems to the jaws of the chuck? Does mastercam know about the rest of the machine to check for collisions?
It's probably a tool in the tool holder and if that's the case then the machine won't allow a "next tool" or "previous tool" to go beyond the tool in operation. It's offset back a little bit.
I use the doosan 2100sy and you just have to be carful. Normally if your jaws don't overhang your spindle you should be good in most cases. No idea if the cad cam software allows for this i havent seen any that do but I havent seen everything.
In one of their previous videos, they were programming those clearances in before running the part. They explained how they do it to avoid collisions. With so many videos, I definitely don't remember which one.
You wouldn't be breaking taps if you use these formulas. 3.82 x 30 (sfm)÷ tap Dia = RPM titanium 3.82 x 15 (sfm)÷ tap Dia = RPM INCONELL 718 And peck tapping if needed
Wow 24 - slots turning magazine ! Everything other are regular job of cnc tool machine on any factory (I mean V F S Fz etc). Personaly - i dislike master cam. For me Catia or NX are better.
Have to say, Travis does a really good job walking through the CAM. Thank you sir !
Brilliantly done video. Everything is definite, described and visualised. Great work Titans, you are real beasts with your workshop!!! 1000000 👍, guys!!!
Thread mill in polar mode, that ballsy. Great job Travis.
Love the thread milling op.
Question to the Titan team - you guys considering getting into 3D printing ? not just plastics but metals and ceramics too.
While 3d printing is brilliant for rapid prototyping the additive technology is nowhere near the subtractive one when it comes to parts strength
@@ronson66 true but it is getting there with advances post processing. The good example is the Bugatti Chiron brake caliper - it is a an optimized lattice-like shape which would have been impossible with subtractive manufacturing. The future of Aerospace and other high-end fields will depend on optimized lattice structures which can only be made with additive machining. America relies heavily on other countries for this and it would be nice to se the Titan team pioneer this, noting that CNC is the current superior manufacturing method.
What a learning seasion. Good job
A few questions. Why did you not cut the involute profile in op1 when you had the greater torque available from the stock to grip the part rather than relying on the friction of machined jaws on the (smaller) finished surface in op2? Why did you not drill out the centres of the involute teeth with your tapping drill first rather than wear out your finishing end mill with all those roughing passes? Did you consider roll forming taps to produce the threads rather than thread milling? These would be faster than thread milling & far less likely to break than cutting taps. Lastly, did you consider a double sided chamfer tool that would have allowed deburring of both sides of the involute profile as well as the holes?
THANK YOU for the metric parameters
Отлично работаете! Молодцы!)
I’m looking into programming a 3 turret 2 spindle machine. Can it be programmed using Mastercam??
Titanium machining looks cool and impressive but most machine shops aren't knocking out parts in Titanium every day of the week. Some Aluminium or steel work would be good. Great work though guys!
We have a ton of work done on this channel in all types of materials and machines. When we run aluminum, people call us out for not running harder materials and when we run hard they call us out for running hard...😂😂😂
Most love the variety and that we give real speeds, feeds and depths of cut that you can bank.
BOOM!
Variety adds job security 😎 awesome job no matter what goes down.
@@TITANSofCNC you guys are awesome. The variety is on point, and you all make it look so easy. We need manufacturing back in the US, and you're leading that charge. Thanks for all you do.
Impressive. If a thread milling tool breaks and you want to redo the thread, do you have to position the tool cutting edge in a certain angular position to remill existing threads?
No, because the teeth of the tool aren't angled like on a tap. It's like a t-slot mill, but just with teeth in the form of threads. The pitch, diameter and starting point of the thread should all be programmed, so you can just start again when you fit a new tool
@@lennarthoek8392 Cool, thank you.
Gilroy brother. What is salary for tool engineer and digital manufacturing in our country
Similar to parts we make in work, just its all programmed manually long hand . They won’t spend out for the turning extension for the cam software :(
you need to show them the benefits of using a cam system. The main benefit is the huge cost savings, and it's the only way to be competitive.
I wish I could go to CNC school... Are there grants for this??
Hi Tyler. Don’t know where you live, but a lot of states offer free classes at technical schools and community colleges. Just call the schools in your area. They will have all the info you need. You will more than likely have to learn manual machining before cnc though. Gotta know the basics.
Just ask Jimmy Joe he will give you EVERTHING,,, But GAS....
Great sir 🆗 🆗🆗 🆗🆗 🤠🤠🤠🤠🤠 how's part
I'm from nepal i have 4 year experience in cnc setter i want to work with you
So is it an optical illusion or is that tool that is closest to the camera coming as close as it seems to the jaws of the chuck? Does mastercam know about the rest of the machine to check for collisions?
I was wondering the same! Couple of times I already anticipated the crash, but nothing happened
It's probably a tool in the tool holder and if that's the case then the machine won't allow a "next tool" or "previous tool" to go beyond the tool in operation. It's offset back a little bit.
I use the doosan 2100sy and you just have to be carful. Normally if your jaws don't overhang your spindle you should be good in most cases. No idea if the cad cam software allows for this i havent seen any that do but I havent seen everything.
In one of their previous videos, they were programming those clearances in before running the part. They explained how they do it to avoid collisions. With so many videos, I definitely don't remember which one.
You wouldn't be breaking taps if you use these formulas.
3.82 x 30 (sfm)÷ tap Dia = RPM titanium
3.82 x 15 (sfm)÷ tap Dia = RPM INCONELL 718
And peck tapping if needed
I'm from India im diploma mechanical engineering.im CNC operator I need job from America
Wow 24 - slots turning magazine ! Everything other are regular job of cnc tool machine on any factory (I mean V F S Fz etc). Personaly - i dislike master cam. For me Catia or NX are better.
John 3:16
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