These are my FAVORITE videos to make! I love showing this stuff to people. It’s really up to you and your imagination what you can use macros for. It’s ART!
@@Jason-gt3htyou could pay off a loan for SolidCam and completely understand it before you will have that software mastered 😂 All jokes aside CamWizard is what I watched to learn Esprit. I got it at a discount and it was still $500. I also completely threw myself into that software and spent most my weekends learning it. Probably the biggest learning curve out there which is kind of why my earlier joke is like kind of a joke but not really? 🤷♂️
Hey Donnie, that clip where you spun the camera like a clock with the pen, Veritasium channel did an episode on a coin rotating around another coin that was a huge mistake on a test from years ago, and 3 kids in America proved the test was wrong. There all mathematician's now. Worth a watch👍👌🇦🇺
Can you imagine the setup you'd need to all of that manually? He assigns values to variables, creates a condition to be met, and loops the actual cutting/indexing until the condition is met. This is really simple computer programming, and he's done a great job on it.
This brings me back to when I was first learning programming in high school with Scratch. One of my first ever programs was to program a pen moving around a canvas to make a star. All I could tell it to do was go forward a certain distance, turn a certain degree, pen up, and pen down. It was hard but it was super satisfying when I finally got it right
Man, seeing this passion coming out from a machinist is awesome, I wish I had colleagues with this passion for the machining industry we work in! Someone to throw ideas of off, to improve the work we are doing.
Super cool. I’ve been playing with some very simple macros. We make the same parts with various lengths and different thread pitches. We used to have multiple programs. Now I’ve got one program. By changing a couple different # numbers I can make multiple parts. It’s nice because if I change something, like a feed or speed it’s good for all other part lengths. We don’t do any polygonal turn, but our lathe do have the option turned on. Maybe one day we’ll get the tools to use it
We got 2 robodrill cells last week, I made auto tool touch off macros and warmup with motion macros. One thing to watch out for with the look ahead is how much lookahead you have:aka 5000 block look ahead will run thorough an entire 5 line routine 1000 times instantly. Everything will run fine but your macro variables will be in final state. Most machine you can limit or disable the look ahead with a g code
One thing here is macros can be VERY dangerous as well. If you set a spindle speed or feed rate using a macro and the turn on a spindle without calling the speed it can have disastrous results. Things like RPM and feed rate are modal meaning that they remain set unless you change them. For safety you should ALWAYS cancel a spindle speed or feedrate variable to a safe known number once a macro is done running.
For sure. Those are all lessons you learn from practice and F’n stuff up. One of the first macros I did was to make 14 rings out of one slug. I didn’t have a reset at the top of the program and on slug 2 it tried to machine my spindle. It’s really how we learn
This is why you create logic gates with alarms. If someone crashes the machine with a macro program you wrote, it's your fault, you can set operating parameters for everything within the macro program. You can even create protected M codes on most Fanuc controllers with macros.
I recently had to learn about macro programming to help program part probing and automate serial number engraving and it has brought so much interest back in for me. These machines really are just expensive calculators that can output physical results.
@@RedBuit02 I had a tool path for each digit as though it were the first in the string, starting with a sequence number of the digit to be cut times 100(sort of). (math to set a separate variable to the value of each digit-say #560 is the next number to be engraved and it should be 5 digits long so s#00123 would yeild #561=0, #562=0, #563=1, #564=2, #565=3) #560=[#560+1]; M99 N1#566=2; If [#561GT0]GOTO[#561*100]; GOTO1000; N2#566=3; If [#562GT0]GOTO[#562*100]; GOTO1000; ... N100; (tool path to cut a 1); (variable for applicable offset)=(self+width of digit position); GOTO#566; N200; (tool path to cut a 2) (variable for applicable offset)=(self+width of digit position); GOTO#566; ... N1000; (tool path to cut a 0) (variable for applicable offset)=(self+width of digit position); GOTO#566;
@@RedBuit02 first you create numbers on grid paper or some cad to get coords. make then all generic using x0 y0. i made my makro to move work coordinate to be ready to write next letter. all letters not same witdh i have line break to go next line. everything is controlled by using same g65 p1000 (and some) i actually have all letters like A1 B1 C1 etc. C2=G I2=L M2=N Q2=O R2=P plenty of other commands. including serial numbers writing. ofc all this can write on circle too xD nothing will stop me O1234(mainporogram) #101=1 (RAPID Z) #102=-0.2 (DEPTH) #103=200 (FEED Z) #104=300 (FEED) bla bla bla G65 P1000 A1 (WRITE SOME LETTER) G65 P1000 B1 (WRITE ANOTHER LETTER) G65 P1000 C65 (ANOTHER WAY DO A YES ASCII) G65 P1000 C13 (COULD BE LINE BREAK) G65 P1000 C48 (COULD BE ZERO) G65 P1000 C49 (COULD BE ONE) G65 P1000 S10 (COULD BE ZERO) G65 P1000 S11 (COULD BE ONE) G91 G28 Z0 M30 O1000 (MAKRO) (A = #1 = ) (B = #2 = ) (C = #3 = ) (I = #4 = ) (J = #5 = ) (K = #6 = ) (D = #7 = ) (E = #8 = ) (F = #9 = ) (H = #11 = ) (M = #13 = ) (Q = #17 = ) (R = #18 = ) (S = #19 = ) (T = #20 = ) (U = #21 = ) (V = #22 = ) (W = #23 = ) (X = #24 = ) (Y = #25 = ) (Z = #26 = ) (GLNOP = WE CANT USE THESE) IF[#1EQ1]GOTO10 IF[#1EQ65]GOTO10 IF[#2EQ1]GOTO20 GOTO999 N10 (A) (PATH FOR SOMELETTER) G0 X0.2 Y0.2 G1 Z#102 F#103 G1 X1.4 Y3.8 F#104 G1 X2.6 Y0.2 G0 Z#101 X0.533 Y1.2 G1 Z#102 F#103 G1 X2.267 Y1.2 F#104 G0 Z#101 #500=#500+3.6 (THIS IS LETTER WITDH TO MOVE OFFSET) G52 X#500 Y#503 (#500 HOLD X #503 IS Y = THIS IS X0 Y0 FOR NEXT LETTER) (MOVE WORK OFFSET OR TRACK WITH VARIABLES) GOTO999 N20 (B) (PATH FOR ANOTHER LETTER) (MOVE WORK OFFSET OR TRACK WITH VARIABLES) GOTO999 N999 M99
Hey Donnie, this video blows my mind. Is this something you came up with or you learned from someone? I'm a designer and would like to learn cnc machining, where could I start?
I just came up with it. All in the sake of just being able to say I did it. We have the titansofcnc academy on our website but above all you just have to dive into it
Thanks. Macros will be the center of my focus once i get my desk top machines built. I m converting a mill and lathe and will be concentrating on macros and how i can utilize them at. Home and out in the workforce along with getting a firm grip on programming PLC s.
Very impressive, I would love to see something similar done with some broaching, lots of applications for having flats and groves on round parts, keyways etc. Unfortunately most people don't have all the secondary tooling/ live tooling attachments for their cnc lathes. Would be fantastic for people to see what is possible with out all the fancy toys avoiding secondary operations and saving time. FANTASTIC Video
The shop I am currently employed by is just starting to get into macros. I find it a simple way to make programs more compact and adaptable due to the variables being user defined. Some of the dinosaurs are fighting the future but that happens all over. Eventually they will realize that easier might be better. Nice work.
This is cool and really shows how fast newer controls are. on a recent job i tried to fake a helical plunge on an old Daewoo lathe, as is couldn't do X Z and C at the same time for whatever reason. so basically rotate a degree or so, then plunge .1mm and repeat. The control just crapped itself.
I want to apply some simple macro for repeatable work and make it easy for myself. I have two machines where I hand program. And I realized I need templates to be faster at programming. For example engraving on a hexagon near chuck. How high should I go up before rotating the c-axis or deburring or rolling batch number, material and logo at one shot on a diameter. Just write couple of most important numbers for common variables and removing them right after it was done so that everything is on 0 again. It applies again once it is called because it is saved as one process. I like this concept. The math is eventually done by itself once I know how to do things correctly each time and where to position the tool before.
Man please more MACROS examples PLEASE !! Im macro fanatic :D i read all books about macros like Fanuc Custom Macros B, wich is best book on Fanuc Macros in my opinion :D
I've been working with a knife company I'm self taught sofar and worked with some pretty big names I've grown in knowledge so much but I always know there is more and more to learn so any advice I see I take
Had a conversation at work today after watching this and I said those guys over on our Swiss machines are built differently 🤣< he’s our milling and cnc grinder guy for our form tools sinker edm guy is pretty cool too (graphite)
Me trying to figure out those G-Code calculations is about the same as me trying to read Egyptian Hieroglyphs. I'll be glad when AI has improved enough to help mathematically challenged CNC machinists like myself.
Nice video and you have a great set of skills, I hope you get paid enough. It's was a very interesting trade for the few years I've been machining but unfortunately most shops don't pay enough and the schedules are for workoholics, not mentioning the shops that don't even have fume extraction systems on their CNC machines.
Really cool programing and pieces, but are these pieces used in some machine or process, or just to show what the machine can do? Just curiosity, awesome machinery
That was my theory. It’s why I didn’t put any math in the while statement. Most the time there is no need to write #607-#610 on the side like I did but I was concerned that it was happening so fast that it could bog the CNC control down
while it was a really cool way to do it... i doubt it was the best way to do it for those particular smooth profiles, since you showed in another short how to do that with a tangential mill. but it looks like you could do some crazy facetted disco rods with that macro easily ... or not? PS: i am trying to find out at what point the process name changes from polygonal turning to skiving
1:20 ❤Keep trying editors 3:45 "Why would I put the marker over there?" I did this just yesterday, if I don't put my pen/marker back into my coverall pocket then I will end up spending 30 min looking for it.
Maybe you want a nine foot long polygonally turned disco bar of jagged death to swing around...dunno -edited for oooh maybe smooth or slightly knurled hand holds part way down
really not clear that i grasped the reasoning behind the math .so in my mind you've got what appears to be two cutting edges on the cutter and so in order to cut a hexagon the cutter would have to rotate 3 times for every single revolution of the workpiece at the correct sfm for the material whilst also feeding at a constant value in x. maybe your calculating your rotations in degrees per minute and that could be what im missing , not sure. i am new to this .not only that im used to metric and manualy operated machines. i dont understand why you keep mentioning pound .ah right i think i see ...the spiral effect rather than just a straight hex , it has its own rate of twist per distance of feed .i'm thinking in rpm when your working all out in degrees .
Text at 1:21 "SOMEONE PLEASE DATE THIS MAN, WE'RE ALL TIRED OF HEARING ABOUT IT - SINCERELY, THE EDITORS" I'm a youtuber too. Yes I'm advertising myself here😂
Dude, awesome video, but you better start looking at all the girl math wiz prodigies if you want to get a date. Maybe check with all the universities in your area. Must be [ HI GPA]
@@tompass8446 yea. You would just have to do a U value next to the W value for the taper and under #606=#606+1 you would have #609=#609+(degree change increment)
Real elite CNC machinist know how to program the machine with hidden code that can't be traced back to them in order to sabotage future jobs at random times with expensive crashes if the boss doesn't pay well 😂
Nice! Also, is he suggesting he's single because he's intelligent and knows big words? I think that says more about the opposite gender than yourself, so don't feel bad!
These are my FAVORITE videos to make! I love showing this stuff to people. It’s really up to you and your imagination what you can use macros for. It’s ART!
Is there any recommended training material you suggest for ESPRIT?
@@Jason-gt3htyou could pay off a loan for SolidCam and completely understand it before you will have that software mastered 😂
All jokes aside CamWizard is what I watched to learn Esprit. I got it at a discount and it was still $500. I also completely threw myself into that software and spent most my weekends learning it. Probably the biggest learning curve out there which is kind of why my earlier joke is like kind of a joke but not really? 🤷♂️
Dude these are my favorite videos to WATCH!! I was geeking out on the macro math! What model of FANUC control is on your machine?
Hey Donnie, that clip where you spun the camera like a clock with the pen, Veritasium channel did an episode on a coin rotating around another coin that was a huge mistake on a test from years ago, and 3 kids in America proved the test was wrong. There all mathematician's now. Worth a watch👍👌🇦🇺
Awesome work Donnie! Are you going to be at IMTS 2024?
Now I´m sure I don´t know shit about cnc programming after 28 years of machinning ! This kid is awesome !!
lol always something to learn
This makes my head hurt
Can you imagine the setup you'd need to all of that manually? He assigns values to variables, creates a condition to be met, and loops the actual cutting/indexing until the condition is met. This is really simple computer programming, and he's done a great job on it.
i knew these before knew gcode. i was shocked they all worked
This brings me back to when I was first learning programming in high school with Scratch. One of my first ever programs was to program a pen moving around a canvas to make a star. All I could tell it to do was go forward a certain distance, turn a certain degree, pen up, and pen down.
It was hard but it was super satisfying when I finally got it right
Macro programming opens up a whole new world in machining. I use them daily in my shop.
Man, seeing this passion coming out from a machinist is awesome, I wish I had colleagues with this passion for the machining industry we work in!
Someone to throw ideas of off, to improve the work we are doing.
Super cool. I’ve been playing with some very simple macros. We make the same parts with various lengths and different thread pitches. We used to have multiple programs. Now I’ve got one program. By changing a couple different # numbers I can make multiple parts. It’s nice because if I change something, like a feed or speed it’s good for all other part lengths. We don’t do any polygonal turn, but our lathe do have the option turned on. Maybe one day we’ll get the tools to use it
Er liebt seine Arbeit und kommt damit zu solch Lösungen. Makro Programmierung, egal welcher Art der Bearbeitung, ist die Königsklasse! Hut ab !
We got 2 robodrill cells last week, I made auto tool touch off macros and warmup with motion macros. One thing to watch out for with the look ahead is how much lookahead you have:aka 5000 block look ahead will run thorough an entire 5 line routine 1000 times instantly. Everything will run fine but your macro variables will be in final state. Most machine you can limit or disable the look ahead with a g code
G05.1 Q0 sometimes is needed
That would be a real head scratcher if you didn't know lookahead would do that!
I've following you for years and am happy i get to see this coming to Titans platform. Amazing!!
One thing here is macros can be VERY dangerous as well. If you set a spindle speed or feed rate using a macro and the turn on a spindle without calling the speed it can have disastrous results. Things like RPM and feed rate are modal meaning that they remain set unless you change them. For safety you should ALWAYS cancel a spindle speed or feedrate variable to a safe known number once a macro is done running.
For sure. Those are all lessons you learn from practice and F’n stuff up. One of the first macros I did was to make 14 rings out of one slug. I didn’t have a reset at the top of the program and on slug 2 it tried to machine my spindle. It’s really how we learn
This is why you create logic gates with alarms. If someone crashes the machine with a macro program you wrote, it's your fault, you can set operating parameters for everything within the macro program. You can even create protected M codes on most Fanuc controllers with macros.
@@sgandy2989Agreed.
Love the message from editors, I hope you get lucky soon my dude.
As always, love your videos on swiss machining. Those lathes are the best.
I recently had to learn about macro programming to help program part probing and automate serial number engraving and it has brought so much interest back in for me. These machines really are just expensive calculators that can output physical results.
I’m not familiar with the gcode for engraving letters/numbers. Were you able to call up a certain number in a macro?
@@RedBuit02 I had a tool path for each digit as though it were the first in the string, starting with a sequence number of the digit to be cut times 100(sort of).
(math to set a separate variable to the value of each digit-say #560 is the next number to be engraved and it should be 5 digits long so s#00123 would yeild #561=0, #562=0, #563=1, #564=2, #565=3)
#560=[#560+1];
M99
N1#566=2;
If [#561GT0]GOTO[#561*100];
GOTO1000;
N2#566=3;
If [#562GT0]GOTO[#562*100];
GOTO1000;
...
N100;
(tool path to cut a 1);
(variable for applicable offset)=(self+width of digit position);
GOTO#566;
N200;
(tool path to cut a 2)
(variable for applicable offset)=(self+width of digit position);
GOTO#566;
...
N1000;
(tool path to cut a 0)
(variable for applicable offset)=(self+width of digit position);
GOTO#566;
@@RedBuit02 first you create numbers on grid paper or some cad to get coords. make then all generic using x0 y0.
i made my makro to move work coordinate to be ready to write next letter. all letters not same witdh
i have line break to go next line. everything is controlled by using same g65 p1000 (and some)
i actually have all letters like A1 B1 C1 etc. C2=G I2=L M2=N Q2=O R2=P
plenty of other commands. including serial numbers writing.
ofc all this can write on circle too xD nothing will stop me
O1234(mainporogram)
#101=1 (RAPID Z)
#102=-0.2 (DEPTH)
#103=200 (FEED Z)
#104=300 (FEED)
bla bla bla
G65 P1000 A1 (WRITE SOME LETTER)
G65 P1000 B1 (WRITE ANOTHER LETTER)
G65 P1000 C65 (ANOTHER WAY DO A YES ASCII)
G65 P1000 C13 (COULD BE LINE BREAK)
G65 P1000 C48 (COULD BE ZERO)
G65 P1000 C49 (COULD BE ONE)
G65 P1000 S10 (COULD BE ZERO)
G65 P1000 S11 (COULD BE ONE)
G91 G28 Z0
M30
O1000 (MAKRO)
(A = #1 = )
(B = #2 = )
(C = #3 = )
(I = #4 = )
(J = #5 = )
(K = #6 = )
(D = #7 = )
(E = #8 = )
(F = #9 = )
(H = #11 = )
(M = #13 = )
(Q = #17 = )
(R = #18 = )
(S = #19 = )
(T = #20 = )
(U = #21 = )
(V = #22 = )
(W = #23 = )
(X = #24 = )
(Y = #25 = )
(Z = #26 = )
(GLNOP = WE CANT USE THESE)
IF[#1EQ1]GOTO10
IF[#1EQ65]GOTO10
IF[#2EQ1]GOTO20
GOTO999
N10 (A)
(PATH FOR SOMELETTER)
G0 X0.2 Y0.2
G1 Z#102 F#103
G1 X1.4 Y3.8 F#104
G1 X2.6 Y0.2
G0 Z#101
X0.533 Y1.2
G1 Z#102 F#103
G1 X2.267 Y1.2 F#104
G0 Z#101
#500=#500+3.6 (THIS IS LETTER WITDH TO MOVE OFFSET)
G52 X#500 Y#503 (#500 HOLD X #503 IS Y = THIS IS X0 Y0 FOR NEXT LETTER)
(MOVE WORK OFFSET OR TRACK WITH VARIABLES)
GOTO999
N20 (B)
(PATH FOR ANOTHER LETTER)
(MOVE WORK OFFSET OR TRACK WITH VARIABLES)
GOTO999
N999
M99
Hey Donnie, this video blows my mind. Is this something you came up with or you learned from someone? I'm a designer and would like to learn cnc machining, where could I start?
I just came up with it. All in the sake of just being able to say I did it. We have the titansofcnc academy on our website but above all you just have to dive into it
Polygonal turning also fun to do with a regular CNC lathe and standard DCMT inserts, albeit it runs pretty slow so the axis can keep up.
I just wanna say this, Donnie is super smart. and super cool! 8)
I fully support this message!
He’s definitely cool! 😂
Thanks. Macros will be the center of my focus once i get my desk top machines built. I m converting a mill and lathe and will be concentrating on macros and how i can utilize them at. Home and out in the workforce along with getting a firm grip on programming PLC s.
Very impressive, I would love to see something similar done with some broaching, lots of applications for having flats and groves on round parts, keyways etc. Unfortunately most people don't have all the secondary tooling/ live tooling attachments for their cnc lathes. Would be fantastic for people to see what is possible with out all the fancy toys avoiding secondary operations and saving time.
FANTASTIC Video
Donnie the Swiss Wizard dude. Also the editing in this video?? Masterpiece
Dudeeee…… 👋
YEAH DONNIE! Love this guy!
Gotta be one of my favorite titans video in a while
The shop I am currently employed by is just starting to get into macros. I find it a simple way to make programs more compact and adaptable due to the variables being user defined. Some of the dinosaurs are fighting the future but that happens all over. Eventually they will realize that easier might be better. Nice work.
This is cool and really shows how fast newer controls are.
on a recent job i tried to fake a helical plunge on an old Daewoo lathe, as is couldn't do X Z and C at the same time for whatever reason. so basically rotate a degree or so, then plunge .1mm and repeat. The control just crapped itself.
Man i sooo much wanna find an investor to get some cnc machines and involve in this business. Its so interesting and innovative, and it will never die
Just great videos. Thanks for creating these. I look forward to each one.
I want to apply some simple macro for repeatable work and make it easy for myself. I have two machines where I hand program. And I realized I need templates to be faster at programming. For example engraving on a hexagon near chuck. How high should I go up before rotating the c-axis or deburring or rolling batch number, material and logo at one shot on a diameter. Just write couple of most important numbers for common variables and removing them right after it was done so that everything is on 0 again. It applies again once it is called because it is saved as one process. I like this concept. The math is eventually done by itself once I know how to do things correctly each time and where to position the tool before.
Have to agree with you, macros are super cool. I had never heard of the WHILE statement and I'll definitely be using it in the future!
Man please more MACROS examples PLEASE !! Im macro fanatic :D i read all books about macros like Fanuc Custom Macros B, wich is best book on Fanuc Macros in my opinion :D
there is is thats all you need. now use imagination xD SIN COS TAN SQRT GOTO WHILE END
I've been working with a knife company I'm self taught sofar and worked with some pretty big names I've grown in knowledge so much but I always know there is more and more to learn so any advice I see I take
Had a conversation at work today after watching this and I said those guys over on our Swiss machines are built differently 🤣< he’s our milling and cnc grinder guy for our form tools sinker edm guy is pretty cool too (graphite)
Me trying to figure out those G-Code calculations is about the same as me trying to read Egyptian Hieroglyphs.
I'll be glad when AI has improved enough to help mathematically challenged CNC machinists like myself.
grab your self commodore 64 and learn BASIC
Nice job Donnie! Love all the comments in here 😉😁
Is there a CDR code in Hwanak as well?
Yessssss another swiss video!!!
Nice video and you have a great set of skills, I hope you get paid enough. It's was a very interesting trade for the few years I've been machining but unfortunately most shops don't pay enough and the schedules are for workoholics, not mentioning the shops that don't even have fume extraction systems on their CNC machines.
what is the camera you used for that SUPER COOL slomo???
Nice work Donnie, super useful info applied to something really cool!
Yea dude 🤚
When the G code starts looking more like C than G
BASIC
The only time I’ve ever used a macro was for pattern drilling aluminum fixture plates for machines using conversational.
Great video , Donnie!
A real sub-routine headache 😉
TITAN does your site have info on otc robots?
Really cool programing and pieces, but are these pieces used in some machine or process, or just to show what the machine can do? Just curiosity, awesome machinery
I heard HEARD there is a medical company in India that wanted this geometry on their part but I did it just to say I did it.
Honest question, why use a while loop just to count increment rather than use a for loop? Is there a computational efficiency benefit?
That was my theory. It’s why I didn’t put any math in the while statement. Most the time there is no need to write #607-#610 on the side like I did but I was concerned that it was happening so fast that it could bog the CNC control down
@@donniehinske interesting
I’m not a math genius, but I think he meant 5 hundreths @ #604. Please correct me if I’m wrong.
Great instructive demo
Perfect example 👍🏼👍🏼👍🏼👍🏼👍🏼👍🏼👍🏼👍🏼👍🏼 step vise
while it was a really cool way to do it... i doubt it was the best way to do it for those particular smooth profiles, since you showed in another short how to do that with a tangential mill.
but it looks like you could do some crazy facetted disco rods with that macro easily ... or not?
PS: i am trying to find out at what point the process name changes from polygonal turning to skiving
Nice one dude, really cool macro program
1:20 ❤Keep trying editors
3:45 "Why would I put the marker over there?" I did this just yesterday, if I don't put my pen/marker back into my coverall pocket then I will end up spending 30 min looking for it.
Absolutely ridiculous in the best way! Nobody is doing it like this out there!
I see Donnie, I click 👍🏼
Maybe you want a nine foot long polygonally turned disco bar of jagged death to swing around...dunno -edited for oooh maybe smooth or slightly knurled hand holds part way down
really not clear that i grasped the reasoning behind the math .so in my mind you've got what appears to be two cutting edges on the cutter and so in order to cut a hexagon the cutter would have to rotate 3 times for every single revolution of the workpiece at the correct sfm for the material whilst also feeding at a constant value in x. maybe your calculating your rotations in degrees per minute and that could be what im missing , not sure. i am new to this .not only that im used to metric and manualy operated machines. i dont understand why you keep mentioning pound .ah right i think i see ...the spiral effect rather than just a straight hex , it has its own rate of twist per distance of feed .i'm thinking in rpm when your working all out in degrees .
Great video.
This was wicked cool
Super cool!
That was awesome.
Полигональное точение(фрезоточение) разработано в СССР в 1974 году.
Вряд ои сейчас кто-нибудь станет об этом вспоминать...
unaware that gcode was turing complete, neat
Crazy cool machine
“If you hang around a barber shop, you will eventually get a haircut.” If you hang around a tatted crew, same thing, it seems. 🖼️
Sensacional !! 👏👏🇧🇷
Why #600 instead of 500 or 100? Is this a Tornos thing?
Yes. Tornos uses 500 and 100
Text at 1:21 "SOMEONE PLEASE DATE THIS MAN, WE'RE ALL TIRED OF HEARING ABOUT IT - SINCERELY, THE EDITORS"
I'm a youtuber too. Yes I'm advertising myself here😂
Kinda confusing how you say inches per revolution and not pitch
holy sweet insert gods that is some big brain calculating
LOL the like and sub message was smart
Dude, awesome video, but you better start looking at all the girl math wiz prodigies if you want to get a date. Maybe check with all the universities in your area. Must be [ HI GPA]
Flippin awesome
We need to get ballistic high-speed out I want to see it in high speed
Slick move Donnie.... saying your single to notify the chicks that dig nerds 🤓
My mind is blown, LOL!
Well some of the new modern controllers have up to 12 million block look ahead
Epic❤❤❤❤
I did not know you could write loops in gcode...huh
Bonus challenge , create a spiral with a changing pitch between 2 values …
That’s a good idea and wouldn’t be too difficult
@@donniehinske on a taper between two diameters ….
@@tompass8446 yea. You would just have to do a U value next to the W value for the taper and under #606=#606+1 you would have #609=#609+(degree change increment)
1:36 yes welcome to my world. i not touch cadcam. same 1 million lines of code can be just 15 lines makro
круто!
Skipped through #604 too quick
Epic
neat
Clark Jason Jackson Mark Gonzalez Scott
💯💯💯
It proves machinists need to do maths
Hall Brian Taylor Steven Young Christopher
Bud I hope you make at least 6 figures a year in payroll.
Real elite CNC machinist know how to program the machine with hidden code that can't be traced back to them in order to sabotage future jobs at random times with expensive crashes if the boss doesn't pay well 😂
If you grow a beard it will distract woman long enough that you can explain parametric polygonal turning, solving your singleness
Smb, give him a girl!!!
Hello
Nice! Also, is he suggesting he's single because he's intelligent and knows big words? I think that says more about the opposite gender than yourself, so don't feel bad!
I think it is more about the autism
Who isn't slightly autistic right? Right??😅
Single? I thought you were a polygonist.🤣
ALL G
Don't blame us The Editors, it's a sausage fest in here.
Mr Macro
🤓
Awesome video.
Single? I have a good girlfriend, you want?
I don't have time for her anymore because I want to do fun stuff 😉
Great job