It's just to help center it since the drill after is a 10xD drill. If it were just a few parts I could probably let it go without one, but with a lot of parts I want to make sure I don't have to worry about the drill walking or anything
But that 10xD drill insert doesn't like pilot holes, it centers itself when running into a perfectly flat face. Worst case scenario when reaching the bottom of the pilot hole it will try to wander off center and damage the insert
@jntmo5302 that's because it's in America so obviously they would the European space agency and Japanese and rest of the world all do the same things with the metric system pointless comment
Bet that took about 25 hours to program in MasterCrap "Mill-Turn". Talk about wasting time and money LMAO. Solidworks, Solidcam, for Swiss machining, tens of thousands of dollars if not hundreds, wasted. Why doesn't ONE CAM software work for you? Why are you using three different brands of tooling when ONE can do the job? You guys are nothing more than a commercial for overpriced tooling and CAM software at this point.
Hi sir, ✋I have questions about the Lathe tools. Did you used 3D Tools assemblies in Mastercam? If yes, So that's great to perform collision free safe Toolpath. 😍🤩 I loved it.
Yep, for most of the turning tools I'll download the assemblies off of Kennametal's site and use 3D tools. 👍 There's a few generic tools I'll use like drills and threaders, but for the most part I like having the model for accuracy
Question: When you do the chuck transfer, why does this need to be done with both chucks turning and synced up? It's probably quite obvious to machinists but I just can't figure out what the advantage is, unless perhaps so you can keep the chuck rotating and don't need to bring it back up to speed. Or was it for demonstration purposes?
My guess is to keep the part turning true to the spindle axis. If it's rotating during transfer, it's rotating true. But if it's static, the second chuck might not clamp true
@@Orakwan Oh hey yeah, that's actually really logical. That must be it I think. I knew there must be some logical explanation. Cool, thanks for explaining kind stranger!
Turning centers needs much more solutions than machining centers or vertical CNC machines. They are two machines in one, and it takes to use much more logic and skills than other machines. I say this because i have the same difficult job every day.
If you slow down the video at 1:14 when the boring bar comes out, you can see it flex and kind of tilt from the speed of the tool change, was the bar not tightened all the way in the tool holder? Or is it fine?
If you are using cermet for steel, why aren't you using PCD for finishing aluminium yet? Coated carbide insert for finishing aluminium is kind of a noob move?
If it's a part someone is willing to pay for it clearly serves a purpose. The point is to get costs down as much as possible so some manufacturing can come back to the US, automation is the only way to compete with the cheap labor markets on costs. Try and keep up.
More Tyson videos! So specific, how to do it, why those decisions, what to improve! Nothing to hide, love it
Nice video Tyson! Straight to the point! No BS I like it!!!
Damn good. Thank you!
I love listening to really smart people. Tyson obviously a genius
That ladies face at 3:48 is priceless! lol
"lady"
Really enjoy Tyson's videos and how detailed he gets
why the pilot drill when you just rough out the ID anyways? also (not a lathe guy sry) why do the chucks always turn when transfering the part?
It's just to help center it since the drill after is a 10xD drill. If it were just a few parts I could probably let it go without one, but with a lot of parts I want to make sure I don't have to worry about the drill walking or anything
But that 10xD drill insert doesn't like pilot holes, it centers itself when running into a perfectly flat face. Worst case scenario when reaching the bottom of the pilot hole it will try to wander off center and damage the insert
Please just use the metric system like the rest of the world it's 2024 0.008 inch feed doesn't make sense
Oh sorry, i forgot inches made it to the moon first. Just for you ill do the math, it's roughly .2mm per rev.
@goindh literally stole the imperial system from us we upgraded like the rest of the world and you yanks refuse to move forward
Lol stay mad
NASA used the metric system to get to the moon and does to this day.
@jntmo5302 that's because it's in America so obviously they would the European space agency and Japanese and rest of the world all do the same things with the metric system pointless comment
Tyson is the mother fucking man! Keep killing it tyson.
Great video Tyson! I always enjoy seeing your process.
Bet that took about 25 hours to program in MasterCrap "Mill-Turn".
Talk about wasting time and money LMAO.
Solidworks, Solidcam, for Swiss machining, tens of thousands of dollars if not hundreds, wasted.
Why doesn't ONE CAM software work for you?
Why are you using three different brands of tooling when ONE can do the job?
You guys are nothing more than a commercial for overpriced tooling and CAM software at this point.
Hi sir,
✋I have questions about the Lathe tools.
Did you used 3D Tools assemblies in Mastercam?
If yes,
So that's great to perform collision free safe Toolpath. 😍🤩
I loved it.
Yep, for most of the turning tools I'll download the assemblies off of Kennametal's site and use 3D tools. 👍
There's a few generic tools I'll use like drills and threaders, but for the most part I like having the model for accuracy
@@TysonGilroy
Thank you so much for your reply.
I like your videos. Thank you for sharing knowledge.
Hello
You should do bombastic show in the UK too 🎉
I struggle to get a decent chip when turning 6061.
Go faster and heavier doc.
Feed a LOT faster for roughing and use ground inserts for finishing operations. Preferably with positive chip breakers on both
Haha true!!! At least they’re now showing the metric conversions.
I liked the part when the boring bar did the floppy pencil thing.
Nice video, just introduce u self, hi Im John .... and keep going with good videos i will check u next video, well explain.
Is that an oring flare seal or NASA Spec KC103?
Why not use the 3/8 boring bar to put the chamfer on the front so it saves you adding a different tool
Seems awfully slow for aluminum, is this not 6061?
Could there be a video that goes over multi streaming how to put in wait codes and other stuff for the mill turn post?
1:14 that turret moved so fast it bended the boring bar
/s
Brilliantly Complex CNC Machining Cell!! 😂😂 love the over the top title
...all that and it would have RUN even better !@!!!
Why you talking inches per min on a lathe?
I'm learning the Trumpf Laser Tru 5040 on my work now 😁 Soon following the Trumpf TruPunch 5000
Question: When you do the chuck transfer, why does this need to be done with both chucks turning and synced up? It's probably quite obvious to machinists but I just can't figure out what the advantage is, unless perhaps so you can keep the chuck rotating and don't need to bring it back up to speed. Or was it for demonstration purposes?
My guess is to keep the part turning true to the spindle axis. If it's rotating during transfer, it's rotating true. But if it's static, the second chuck might not clamp true
@@Orakwan Oh hey yeah, that's actually really logical. That must be it I think. I knew there must be some logical explanation. Cool, thanks for explaining kind stranger!
Also spinning helps remove coolant and chips that might be there
Turning centers needs much more solutions than machining centers or vertical CNC machines. They are two machines in one, and it takes to use much more logic and skills than other machines. I say this because i have the same difficult job every day.
Unparalleled detail my friend! Great work.
Tyson, you are awesome! Thank you for sharing the way you do things with the world.
Variable spindle speed gives this old machinist tears of joy😂
Awesome stuff Tyson! You are a master of detail!
Great video Tysonian! 🔥
If you slow down the video at 1:14 when the boring bar comes out, you can see it flex and kind of tilt from the speed of the tool change, was the bar not tightened all the way in the tool holder? Or is it fine?
Maybe due to some camera frame rate setting
Yeah, that boring bar totally bends over an inch😂 hopefully its just an illusion for us or for the camera. @suryaselvam9082
it's the camera shutter speed
@Guranga93 oh ok, I was pretty confused, thanks for explaining
Very God Boys...
Family ❤️
Can someone tell me what RPM is better for CNMG inserts?
Depends on workpiece diameter
BOOM Tyson!!
Good work Tyson👍
🤓
If you are using cermet for steel, why aren't you using PCD for finishing aluminium yet? Coated carbide insert for finishing aluminium is kind of a noob move?
You must be really smart.
@@cameronberg3302I'm just asking, but thanks for your input
It depends on the coating.
What CAM software is?
Do you mean which program he is using? In that case, it's MasterCAM
@@BinaryBlueBull thanks you. I'm sorry, my english level is very low.
@@marcosmalvidochapela307 You're welcome. No need to apologise, at all, I just wanted to be sure I hadn't misunderstood your question
CAM software is the right terminology, so you got it right
Highly sophisticated machine for a simple part serves no purpose
Called a demonstration
Highly sophisticated machines can do all parts, simple, complex, small, big, easy, difficult
If it's a part someone is willing to pay for it clearly serves a purpose. The point is to get costs down as much as possible so some manufacturing can come back to the US, automation is the only way to compete with the cheap labor markets on costs. Try and keep up.
Please guys, take away the machining noise. We get it, but it's machining noise.
Put some music, some DnB like you did sometimes
I like hearing the cut. It's an important part of machining and it helps us get an idea of the cut quality