Mark Fischbach

God, I love movies. I can see why you're so passionate about it, Mark. Thank you, thank you, thank you. Yeah, the Canada hockey game. How dare they? I don't know anything about that because I don't follow sports, but I do follow CNC. Cartoon Network cartoon? No, no, no, no.

all the chair of national colorado's i will give someone a point if they can tell me what cnc stands for and here's the kicker i don't know what it stands for so i won't know if you're right i i thought i just had a thought i was like oh i know that what did you do i know that do i i don't know that computer navigated cutting that's pretty good that's good needle cutting okay all right i'll take it let's see actually what does it stand for i don't know

all the chair of national colorado's i will give someone a point if they can tell me what cnc stands for and here's the kicker i don't know what it stands for so i won't know if you're right i i thought i just had a thought i was like oh i know that what did you do i know that do i i don't know that computer navigated cutting that's pretty good that's good needle cutting okay all right i'll take it let's see actually what does it stand for i don't know

all the chair of national colorado's i will give someone a point if they can tell me what cnc stands for and here's the kicker i don't know what it stands for so i won't know if you're right i i thought i just had a thought i was like oh i know that what did you do i know that do i i don't know that computer navigated cutting that's pretty good that's good needle cutting okay all right i'll take it let's see actually what does it stand for i don't know

What does that stand for? I swear, I definitely should know that, but I can't remember. Okay, you want to hear it? It's Computer Numerical Control. Oh. Which I did not know. I did not know that. No, I definitely heard that at some point and then forgot it. I did not.

What does that stand for? I swear, I definitely should know that, but I can't remember. Okay, you want to hear it? It's Computer Numerical Control. Oh. Which I did not know. I did not know that. No, I definitely heard that at some point and then forgot it. I did not.

What does that stand for? I swear, I definitely should know that, but I can't remember. Okay, you want to hear it? It's Computer Numerical Control. Oh. Which I did not know. I did not know that. No, I definitely heard that at some point and then forgot it. I did not.

but cncs are cool because cncs allow you to if it's a higher end cnc allow you to mill metal parts and so metal parts and metal manufacturing and working with metal is a i don't know i keep hitting my desk for this you're making the winter soldier yes yes i am thank you for recognizing why am i so orange hold on i remember whenever he had his arm handed to him

but cncs are cool because cncs allow you to if it's a higher end cnc allow you to mill metal parts and so metal parts and metal manufacturing and working with metal is a i don't know i keep hitting my desk for this you're making the winter soldier yes yes i am thank you for recognizing why am i so orange hold on i remember whenever he had his arm handed to him

but cncs are cool because cncs allow you to if it's a higher end cnc allow you to mill metal parts and so metal parts and metal manufacturing and working with metal is a i don't know i keep hitting my desk for this you're making the winter soldier yes yes i am thank you for recognizing why am i so orange hold on i remember whenever he had his arm handed to him

yeah arm i remember arm metal fabrication is a threshold of production that is hard to meet it's easy to get tools not easy but it's it's accessible to get tools that can uh fabricate wood and plastics and you know other materials that are softer like that but once you get into metal you need higher thresholds of both tooling and accuracy um so nowadays they're starting to be more accessible

yeah arm i remember arm metal fabrication is a threshold of production that is hard to meet it's easy to get tools not easy but it's it's accessible to get tools that can uh fabricate wood and plastics and you know other materials that are softer like that but once you get into metal you need higher thresholds of both tooling and accuracy um so nowadays they're starting to be more accessible

yeah arm i remember arm metal fabrication is a threshold of production that is hard to meet it's easy to get tools not easy but it's it's accessible to get tools that can uh fabricate wood and plastics and you know other materials that are softer like that but once you get into metal you need higher thresholds of both tooling and accuracy um so nowadays they're starting to be more accessible

entry-level CNC machines. It's not a 5-axis machine, but I'm looking at a 3-axis machine, and it would be really cool to have that because then if you ever break anything, like if your bike breaks or your brake handle breaks or any part of your car breaks and you have a big enough CNC for it, you can literally make that part again. What would the five axis do that the three can't?

entry-level CNC machines. It's not a 5-axis machine, but I'm looking at a 3-axis machine, and it would be really cool to have that because then if you ever break anything, like if your bike breaks or your brake handle breaks or any part of your car breaks and you have a big enough CNC for it, you can literally make that part again. What would the five axis do that the three can't?

entry-level CNC machines. It's not a 5-axis machine, but I'm looking at a 3-axis machine, and it would be really cool to have that because then if you ever break anything, like if your bike breaks or your brake handle breaks or any part of your car breaks and you have a big enough CNC for it, you can literally make that part again. What would the five axis do that the three can't?

Obviously it has more axes. The head rotates and tilts and things. So you can imagine it has, it can cut a very fine point, but that takes forever. But if you're trying to make something that's like a compound curve, or if you're trying to mill out under a ledge or something, there are physical limits on, you have one stick that sticks straight down and moves around like this.

Obviously it has more axes. The head rotates and tilts and things. So you can imagine it has, it can cut a very fine point, but that takes forever. But if you're trying to make something that's like a compound curve, or if you're trying to mill out under a ledge or something, there are physical limits on, you have one stick that sticks straight down and moves around like this.

Obviously it has more axes. The head rotates and tilts and things. So you can imagine it has, it can cut a very fine point, but that takes forever. But if you're trying to make something that's like a compound curve, or if you're trying to mill out under a ledge or something, there are physical limits on, you have one stick that sticks straight down and moves around like this.

So you can't make every shape you might need to make to make like a complex three-dimensional thing. But you could have multiple setups or you could mill parts that you then fasten together somehow or weld or whatever. But, like, a 5-axis literally means you can make just about anything, which is very cool. What about a 10-axis? 10-axis, probably. I think there actually is a 9-axis machine.