We are using this Tool for a long time now in our Company. But for us it is vital because we are using Drills and Mills often under or around an millimeter.
Yes the Tools we are using are often under an millimeter ;) It is pretty common when you are producing dental implants and abutments ect. If our Tools are out of Center they will simply break especially when you are turning and milling titanium and the other titanium alloys that are used for this application.
🙈........ Donnie, nice job and you didn't even get yourself in a mess again LOL. Always great seeing these different types of tools that help make things easier. Knowing me, I probably would have OCD'd that to pin point center if I was in this kind of job.
I'm surprised that Tornos doesn't have a modifiable fixed Y position separate of the tool height offsets...this is stuff that I have to deal with on my cam-driven SAS16.6 machines.
Love these fawking videos! I like it more now that I know you guys have a weight room at your place of work. Jealous. Where I work, we have bikes and treadmills. 😔
would love to see you make a macro that acts like sandvik optithread , for chipbreaking when threading.. I think it would also make an interesting video :)
Lmfao 😂😂 he said give me the tire change noise , editor I got you lol his sound 💀💀😂😂 I’m weak Good stuff tho i miss setting up a CITIZEN Swiss the small SR 20s too on the starz
Running and sliding fits affect your pin placement. It slid in fairly easily and looked to be about 1.0". So, the pin is likely .001"-.002" smaller than the hole. So the "1 or 2 micron" is not quite right.
That is a Good question and if I had to guess it would make it so the tool holder builder would have to make these blocks perfect... forever. Aligning the tool at least gives us control and we only have to do it once. Also tools wear out and if you pin them you cant really do a whole lot to fix them other then modify them and at that point we are back where we started.
Also if you crash the machine and bend that pin it can be really awful to fix. A lot of turret lathes I worked on we pulled pins out to avoid that issue
@@donniehinske that gives me an idea to use pins that stick out were the tool needs to go so you have to pull them out to inser a tool but the turret is already located
Incredibly unrelated, but on the topic personal protection equipment, I strongly recommend using proper gloves BEFORE they become necessary. I didn't and it took 4 freaking years of doctors appointments and several prescription grade creams and meds to stop my hands from bubbling and leaking who knows what. It's unbelievable how machine shops manage to find new ways to ruin you even after you think you know everything 😄
how much does this cost? good idea, guess I could make that for 200$ (including panasonic sensors). considering that they will probably sell it for 1000-2000$? Also since it's made in switzerland
You said the difference is 0.0175 microns. The difference of -0.010 and 0.025 is 0.015 not 0.0175. Or is there something else you used to get 0.0175? To find the center you add the -0.010 to 0.025 = 0.015 divide by 2 = 0.0075
The difference is 0.035. 0.0175 is half that difference. That’s what he should’ve said. Because you’re trying to split the difference and center the tool
He has to move +0.0075 microns to zero it, and when he zeros it it will be 0.0175 microns away from the sensor in positive y and 0.0175 microns negative y.
You are finding the sum by adding the positions instead of finding the difference by figuring out how far each is from zero. What you did is finding the *center point location* between the measurements instead of finding how much change is required to reach that point. The difference is .035 since you would need to move .01 units from one side and .025 units from the other. Split this difference to figure out how much change is required to reach center from either side. The goal is the have the tool* equidistant from each side of the sensor, hence centered. So -.01 + .0175 would land on .0075 and alternatively .025 - .0175 would also land on .0075. *Edit sensor to tool.
Just because you are used to it and it has been done forever its still better to go to SI instead of teaching the next generations random outdated crap.
Fully support non sponsored videos on tooling or any information in general that could help others
I have no access, or desire for access, to this type of machine but now I know how to centre it!
It's soo good to see clean machines 😀
if your machine isn't clean, then clean it.
We are using this Tool for a long time now in our Company. But for us it is vital because we are using Drills and Mills often under or around an millimeter.
Just asking. You mean a micron right? Where I work if anything is off by a whole millimeter, somebody is getting fired. A micron is a 1/1000 of a mm.
@@jegergladformad86 i assume BuKo3007 means the drill/mill dia is under or around 1 mm.
Yes the Tools we are using are often under an millimeter ;) It is pretty common when you are producing dental implants and abutments ect. If our Tools are out of Center they will simply break especially when you are turning and milling titanium and the other titanium alloys that are used for this application.
@@BuKo3007 ha ha of course I’m soo stupid for not getting that immediately sorry
🙈........ Donnie, nice job and you didn't even get yourself in a mess again LOL. Always great seeing these different types of tools that help make things easier. Knowing me, I probably would have OCD'd that to pin point center if I was in this kind of job.
I'm surprised that Tornos doesn't have a modifiable fixed Y position separate of the tool height offsets...this is stuff that I have to deal with on my cam-driven SAS16.6 machines.
You are such a genius my little brother!! I love your videos and how fucking real you are!!!
Your the best
Love these fawking videos! I like it more now that I know you guys have a weight room at your place of work. Jealous. Where I work, we have bikes and treadmills. 😔
That exact "impact tool" sound byte should be used whenever possible.
Yea I am seeing that as a MUST in my videos as well
Da dadada da goes my chipping hammer!
Great vid fellas!
Now that this guy is all grown up, I wonder if he still sees dead people? Cool tool though..
You are the first person to make that connection since someone compared me to that kid in the 6th grade! That was 23 years ago haha
😂😂😂
Great content, all jokes aside. You guys rock!
@@prime-mate Well thank you sir! It's much appreciated!
Nice!
I can remember the shiney disco ball just like it was yesterday that was beautiful🤩
Probably one of the most expensive reviews you can find on YT lol
Loved that pneumatic allen screwdriver
Anytime you're on the shop floor, safety glasses are mandatory. Anything less and you will poke your eye out
I'm CERTAIN I saw a Daisy Red Rider 2000 shot action repeater rifle in the background too!
Better to have them and not need them, than to need them and not have them!
@@Pondimus_Maximus I agree. I carry a BB gun everywhere I go..
@@YerBrwnDogAteMyRabit 🤣
Asking for a friend, what if you almost poke your eye out with safety glasses?
would love to see you make a macro that acts like sandvik optithread , for chipbreaking when threading.. I think it would also make an interesting video :)
you missed a "right here" on 4:07 ;)
That's cool but question is would it work on a old Acme Gridley
Neat using a hall sensor for that if I saw and interpreted that correct .
Nifty solution :)
It is a non contact displacement probe. (Eddy current probe) similar to probes used to monitor shaft vibration in industrial equipment.
Can i make a gundam with this machine?
Only your own creativity can stop you, or the feds i guess
If I can't show a 1.5mm setscrew who's the boss, then what's the point?
Awesome!
Thank you Karlo!
Lmfao 😂😂 he said give me the tire change noise , editor I got you lol his sound 💀💀😂😂 I’m weak
Good stuff tho i miss setting up a CITIZEN Swiss the small SR 20s too on the starz
Hmmm.... bolt torque affects alignment. Need to be consistent on that torque for most accurate alignment of surfaces.
Cool
I like the argument about always using eye protection. If the smartest people in the world idiot prove themselves, why should we not?
Now You should write a macro for doing all by itself ;)
Automatic tool setters exist. Bet if you dig into how they work, its just a macro.
Can a job be found for me? I have a degree in general turning
You have to find your job, try creating one from scratch
No torque wrench on the 11 bolts?
Im sorry... Why my shop doesn't have gym?!
Missed a RIGHT HERE COUNT at 4:09
Running and sliding fits affect your pin placement. It slid in fairly easily and looked to be about 1.0". So, the pin is likely .001"-.002" smaller than the hole. So the "1 or 2 micron" is not quite right.
It's great, but i didn't understand anything
Lol. Man that editor did you dirty.
Sorry mom... 🤣🤣🤣🤣🤣🤣🤣🤣
great video! Love that you measured in metric haha.
Man that does seem very easy
Sick
Titan really is next a proud American patriot
cool
😎
🎉🎉🎉🎉🎉 nice cnc35x B❤️❤️M
Great explanation!
Used lol
How does this sensor work?
It’s a non contact sensor needs to be within 2 mm from the tool/ bar stock.
pls plug in the usb in the screen for power .... -.-
I watched it to the end .... you still have a lot to learn ^^
Sir l am Cnc 3 axies machinist I want to work with you
Get up off that couch n do something bout it then
Muito bom ! Perfeito.
is this the son of tucker carlson? 😁
what is a micron? is it like a hundreth millimeter?
A micron is a thousandth of a millimeter or about 40 millionth of an inch in imperial, a better perspective is a human hair is about 70 microns.
1 thousandth
0.001mm is one micron.
How much does this whole machine cost?
yes
@@mattiasarvidsson8522 I want to buy one for my little brother on christmas
@@lily3143 I assume its at least a million dollar in the most basic configuration :)
We bought one for 1,5 million euro.
Why not have locating pins?
Works best if the same plate goes to the same station
That is a Good question and if I had to guess it would make it so the tool holder builder would have to make these blocks perfect... forever. Aligning the tool at least gives us control and we only have to do it once. Also tools wear out and if you pin them you cant really do a whole lot to fix them other then modify them and at that point we are back where we started.
Also if you crash the machine and bend that pin it can be really awful to fix. A lot of turret lathes I worked on we pulled pins out to avoid that issue
@@donniehinske that gives me an idea to use pins that stick out were the tool needs to go so you have to pull them out to inser a tool but the turret is already located
This is what, like a $10M machine? So I only need to mortgage like 15 more houses and I can get one
Incredibly unrelated, but on the topic personal protection equipment, I strongly recommend using proper gloves BEFORE they become necessary. I didn't and it took 4 freaking years of doctors appointments and several prescription grade creams and meds to stop my hands from bubbling and leaking who knows what. It's unbelievable how machine shops manage to find new ways to ruin you even after you think you know everything 😄
how much does this cost? good idea, guess I could make that for 200$ (including panasonic sensors). considering that they will probably sell it for 1000-2000$? Also since it's made in switzerland
You said the difference is 0.0175 microns. The difference of -0.010 and 0.025 is 0.015 not 0.0175. Or is there something else you used to get 0.0175?
To find the center you add the -0.010 to 0.025 = 0.015 divide by 2 = 0.0075
The difference is 0.035. 0.0175 is half that difference. That’s what he should’ve said. Because you’re trying to split the difference and center the tool
@@williammartin9751 it's wrong you add both numbers together and then divide by 2 and it should of zeroed at +0.0075
He has to move +0.0075 microns to zero it, and when he zeros it it will be 0.0175 microns away from the sensor in positive y and 0.0175 microns negative y.
Your method only works if both numbers are in minus or plus, not if one is in minus and one in plus.
You are finding the sum by adding the positions instead of finding the difference by figuring out how far each is from zero. What you did is finding the *center point location* between the measurements instead of finding how much change is required to reach that point. The difference is .035 since you would need to move .01 units from one side and .025 units from the other. Split this difference to figure out how much change is required to reach center from either side. The goal is the have the tool* equidistant from each side of the sensor, hence centered. So -.01 + .0175 would land on .0075 and alternatively .025 - .0175 would also land on .0075. *Edit sensor to tool.
Huge pain to program.
Spanish
Elon musk clone
Stop with the microns.. we work in tenths..
Just because you are used to it and it has been done forever its still better to go to SI instead of teaching the next generations random outdated crap.
Tenths is 2.54 microns so shit precision basically 😂
Angry redneck appears. Did they also took your jobs?
Tenths of microns? That's some damn precise precision!
What is a megmet?
discord....server