Single block when I have made a new post-processor or a made some large changes to it. Feed hold for when I run a new program for a new part, then when it's run through. I just use feed hold for the initial entry of the first tool, to hear, see or feel if the part is snug. Then I either walk away or sit down and wait for the machine to finish.
@@brandons9138as someone who does alot of fine contouring moves, 2 and 3 axis, I agree with Titan. Distance to go changes too quickly for it to mean anything to me. Absolute position is easier to understand and 50% of my jobs I'll set like he said, zero on top. I only have to glance at my Absolute pos to get all my info.
Zero at top of part makes so much sense. Zero being the middle of a 4-axis part is one of the few times I don't use the top of the part. All great advice here, I've learned this stuff the hard way on my own hobby machine.
I have to agree with Barry on the bonus tip I actually try to tell all the new guys and girls I train to use distance to go it’s like this it’s a count down to a rocket launching cause it’s always counting down to zero
Got a coworker like that. He's the least experienced guy but the one with the highest confidence... for some unknown reason. He will sit and program, turn around on his chair and insert the program - hit cycle start - then turn around and look at his phone while the machine runs. When he also forgets to set the correct XYZ in correlation with his program and to measure the tools... you get the gist. Parallels, vices, clamps, tooling... you name it - destroyed. He rarely reacts when an endmill is mere seconds away from blowing up despite everyone else in the shop looking over towards him because we can all hear its about to go down.
A good show indeed! When running a green/new program: I like to look at the distance to go read out while simultaneously hand overide controlling the feed rate during the tool approach as my other hand covers the feed hold button and / or the red pucker switch... depending on who programmed it.
To save time and make it easier, we mostly have standard vices to clamp our material. Because of various reasons. So I started implementing a "constant Z" from the highest point of the vice closest to the clamping jaws. The fixed jaw, as it will never move and is rigid. Then to get the top of the part Z, I use my calipers, and just enter it as an incremental input, the value I see from my caliper's. When a part is either too long for the caliper range, or in some weird angle or anything that makes it impossible to get an accurate reading, then we use the probe tool. Saves a lot of time, and we don't have to go through the hassle of grabbing the probe tool, and mount in the spindle and then move it to position and all that.
I've preferred bottom of part. We give stock dimensions and if it's too far off, they are supposed to get programming to adjust it. Instead, though they raise the offset, run it, and lower it, wasting time. And that's if they lower it, cause they're in for a surprise when it crashes the stock on the other side, in a different machine, and a different person running it. It has been mitigated a bit with a prep stock work group so there's no sudden hogging or crashes when it goes to multiaxis.
Number 4 is one of those things what is really important to bosses and handling it keeps you at work. I aint most hardworking or skilled machinist around, but my bosses have always respected me for my cleanliness, workplace order and taking care of lathes / milling machines and many ex bosses are glad to see me if I end up working for them years later.
also for when you do shift work on a tool changing CNC make sure you checked no one changed a tool on the previous shift to a tool that is wildly or slightly different so you dont run a fly cutter with the 8mm carbide parameters and then have to completely recode for the new tool
7:05 true, i have had our post edited many times and sometimes functions somehow got affected by something you didnt expect to be affected and if you dont, like he said, test every function there may be a bad day someday.
- Simulate if possible - always look out when doing tool changes. Some tools are longer and work holding higher than you might have imagined when you made that code - always take special care whenever you make even the smallest change on the program - read the code ahead as you run it. Not always possible but never press cycle start until you know what is going to happen next. - always take precautions (write notes, add stops etc..) when you have unusual procedures. Like when having to turn the tool counterclockwise, when using tools that require different entry/exits or when using tools too big for the tool changer etc.. It is too easy to press the button and continue if you don't make any effort beforehand to catch mistakes and just rely on memory. Sometimes you may come back to that part of the program tomorrow or monday...
Excellent video! I agree, distance to go is so dynamic and hard to follow sometimes. I prefer seeing the current location from the origin and then reading the code as it scrolls to see where the real distance to go is. Makes way more sense to me.
Titan has been around, I agree with him on top of part Z+ is safe, Z- is in the part method. That has saved me lots of problems over the years. Also viewing work instead of distance to go. Nice job you guys!! Funny how "we" are always the ones who crashed the machine 😂
Worked at a company for 2 years they had a list by every machine. Check your work order with your program in your setup sheet they had. Touch off all your tools double check and make sure your tools are in the right pocket. Run your program in graphics to make sure it's the right program for the part. Run your program on op stop and single block with 25 % rapped to make sure you won't crash. Best fail safe that I still use to this day with the company I work with now
I’m with titan. DTG is nice in specific situations but knowing exactly where you are relative to the origin you set is much more useful You can quickly reference the g code and do quick math and get exactly the exact thing dtg tells you while also being able to see the bigger picture
You can not become the best by not making mistakes, those are the best way to learn what are the no's of the trade. Also I also put Z0 at the top of the part for the first OP, on the second one I usually put it on the bottom so I know that the part is perfect thickness. On my 3-axis.
No way, input a -30 inches in the Z common work offset. Override the spindle up to 200%, edit the code to un-clamp the B and rotate at rapid 10k degrees of rotation. Hit cycle start and roll you box out, middle finger at full mast.
All the things that will impress the boss with how fast you got that job done, if you don't do them are the same things that will save you one-day because you're doing them every time.
Another mistake I see people make, even old school seasoned machinists, will run all of their tool length offsets as negative numbers. They will put a tool in the spindle at Z machine 0, and then jog down and touch the part, and then set their tool length. That's a terrible way to set your tool length.... You should always run positive tool length offsets. That way I can look at a tool, and say yep that's 7 inches, and my offset is about the same. So I know that I'm not wildly off. If I see a negative number in an offset table, I have no idea what that correlates to in actual tool length. It's a very good habit to get into.
Its not tool length its height offset and what do you mean you have no idea what that negative number means? If you're running a 3 axis mill then from the spindle to the max depth to the table with out a tool is going to be your max negative number. Once you memorize the max travel of your axis then your tool offset to the part would be the max negative number minus length of tool and height of part from table or z max.
Regardless of how you vs someone else wants tool offset measured always look at distance to go and if you set it correctly from Z zero with negatives its going to tell you exactly how many inches and increments are left before it reaches top of part.
personally i prefer work ofs as well, i already know the distance to go because i just math it in my head quickly while im mentally simulating during the run. but the work ofs gives me the opportunity for me to see what the machine thinks my location to see, it can get pretty easy to catch mistakes when you say command g43h10z2. and the machine says your at z6. or similar
Op stop, single block, 25% rapid and display on distance to go is how I was trained and I'm going on 10 yrs without taking the walk of shame to the scrap table lol
yep i at my last job with a 5 axis but current job too would run programs i was not sure of and well i like being able to see distance to go and work and machine all at once along with the code so when im single blocking through the program that i already read through i can be absolutely sure of whats going on. understanding the intentions of the programmer helps too.
All of these are super solid points. In all honesty, if you follow these few steps, you’ll make thousands of good parts. Quality should be higher. But I’m biased 😂.
Great video! I think this is a solid list that sums up the common “oopsies” on the job. Failure to learn from mistakes is another behavior that can lead to unemployment.
I just had a crash the other night cuz someone on day shift put the completely wrong drill in the machine and instead of verifying the tool list was correct I just trusted that whomever had put it in did their due diligence. I got complacent and I should've known getting closer to a holiday vacation the odds of someone screwing up were gonna go up and up as we got closer and lo and behold. Someone put a 12" drill in a spot that was supposed to be a 10"(talking length) and it was supposed to be .6875" but it was actually .827.
I think one of the biggest mistakes is complacency. People trust the machine too much and then like #3 they neglect checking the part and then speaking on #2 they trust the programmer and don’t double check their program. So I think complacency can’t take the spots of #2 and #3
Sorry Titan, Barry is 100% correct distance to go is vital. You should always make sure you have feed rate at zero before you hit cycle start. So always start at feed rate zero and check your distance to go before you start.
Lot of this i agree with, and i do regularly, i haven't crashed a machine in a long looong time, but I've definitely scrapped out tools and parts for drill brecks, tap breaks, inserts failing doing high-speed machining in 40 HRC 😅 you have no time to react at 275-1000 IPM
I had this "run in the mill" job, just clamping 9 parts next to each other in a vice. It was only for drilling and tapping so. I had a bad night sleep and was running on auto pilot basically. I placed the parts incorrectly in the vice, compared to what I had programmed in the CAM software. So 9 parts was scrapped, then my production manager told me it would be better and safer to run 1 part at a time. I got irritated by that, and told him it was a blunder on my part, it happens. He wouldn't hear me, and insisted it would be better if we went with milling one part for all things. Then I was gonna tell him, "well let's do that for our bed router machine's as well then. Cause it happens there as well". And a lot more frequently than in the VMC machine I run. But I bit my tongue, and just stood my ground that it would be a waste of time of doing 1 part at a time for a VMC, as well as saying I don't want to clamp and unclamp 9 parts individually. It's get messy and takes a lot longer to finish the product.
8:57 lot of companies ive worked for switched back and forth depending on who wrote the program some come off center of rotation for CAMplete other come off top of part or -.025 if its a blank (personally ive never used CAMplete) i have maybe a yr or yr half of mastercam experience and 2 yrs of edgecam.
My lead hand told me when tool probing never leave the machine alone and cut the feed. Some guys would start the tool probing cycle and go for a smoke.
Most importantly. Don’t lie about your experience level and your machining abilities. We’re a team, let your team know your strengths and where you still need growth. It’s easier for an experienced machinist to work with an open inexperienced coworker than it is for an experienced machinist to work with a dangerous liar
Develop consistent habits so you can count on them. I offset Z to dry run, mill and lathe 2.0" always (unless the part doesn't allow). That way when you shift back you know it was 2.0". Note, shifting Z -2.0 is not the same as Z absolute = -2.0 speaking from experience. Don't do too many things at the same time, machines, dinner plans, etc. STAY OFF THE PHONE!!!
Thank u to teach me the basic and important part to run the machine~~ U save lots of machinist bro When i do manual lathe, i remember this principle My lathe utube channel work like this Boom~~~
I ran an Emco CNC lathe. 400mm chuck. big machine. I ran some parts on a friday. finished them. picked the next job. Checked the programm. same tools. aight lets go. yeah well. 1,2,4, and 10 were the same. the finished job had an id tool on t6. the unfinished job on t7. well. toolchange to t7 and ofc there was no offset in there. so the machine literally rapided into the part with the id tool sitting on t6, where the part came flying out off the chuck. it was deep in the grip but still came out. flying against the window shattering it. the plastic window infront catched it and launched it onto the turret. if the plastic broke or it came through. it probably wouldv injured me pretty bad or even killed me. just a stupid mistake. with the luck i had, the window and the id tool were the only damaged things. besides my pride and stuff. seriously. Watch out and be carefull.....
My question is. Why did the light turned off in the imbarmia when it crashed ? I have hit Estop a couple of time in a lot of different machines bit it never turned off the light cause of that. So why did it turn off in that machine when it crashed ?
Whenever I program a part on the lathe, Doesnt matter if I use live tooling or not. I use my hand as my tool turret and I use my hand to act out the program. Ever tool index, every cut, every piece of G and M code I act out with my hand. Then I run the program with my rapid way low. Yet to crash a machine using this dumb method
i allways run top of part Z in first op if possible as wel. I mean its pretty easy to check your depths that way. Especially if you use fusion, wich shows at the top of your posted program a list of tools, and how deep they wil go. Now i know top of part is 0, and then a drill shows -100, wich means it wil go 100mm deep, but my part is only 80mm. Wel that means its going too deep, and it might drill in to my vice or table. So go and find out why it is drilling too deep. Also makes it easy if you have you current position that is showing on the screen set to your workpiece offset, you can see ok the tool should be 5mm above the part right now, if you feed hold it there, turn off coolant and its way off you can allready tell something isnt right, either your tool offset is wrong, or your part offset, but something is wrong. So stop the program, go check where you screwed up. And offcourse distance to go is another good way. But checking if its atleast close in offsets you can see it instantly by letting it rapid slowly to a 5mm gap, then a 1mm gap you see if its off. If it looks right and your program had the right depth you can be sure it wil be close and the drill for example wont be going through the bottom of a part where there should be a bit left on the bottom. So im more of a work offset on screen guy as wel, I know the part im making, i have a drawing there with heights and depths and i know where my zero is. Then i can allready tell if something is off.
Dry running isnt cut running, approach with caution 1st off then fly away like Titans on Santa's sleigh giving the gift if CNC , Merry Xmas all that belong to your UTUBE content
Number one is safety. If you’re a wreck less person who bypasses door switches and/or puts others at risk you’re fired. Number two is quality. If you’re not checking parts you’re not only putting whatever gained capital at risk and screwing over the guy running behind you, but you’re risking the customer’s relationship with the company which could lead to them taking their business elsewhere. Again, very easy to get fired from this. Numbers 3 to 5 could be any order of what was already mentioned. Picking up offsets, work holding, squaring up vises and fixtures etc… I have a question for you titan. What are you hoping to accomplish with this UA-cam channel? I appreciate the pockets of wisdom but is your shop a playtime shop or a legitimate serious business with the intention of boosting America’s economy?
I'm not going to lie i regularly have to bypass safety features along of them make things impossible to do specifically since companies refuse to fix things like glass that u cant see thru
@ well you do what you have to do at times, but you’re not going to allow operators on the floor to do that. Safety on a machine shop floor is always number one
@@Jericho-tc9yn yes I'm on the floor just a regular old machinist but i do have 15 or 20 yrs of experience....my fist interview i was told I'm not a machinist cause I can count to 5 still, not 4.5 or 4.75 with my hands....I'm still able to count to 5 but I've seen a lot
pfff.. Z is overrated. When I first time used my Mitsubishi machine I ran G43 and crashed the tool into the toolsetter (only around 0.4 inch), coming from LinuxCNC where G43 does not move ... Luckily no problem the drill broke that's it. Put it onto my learning account.
@ytfan3815 to be more precise, issuing G43 when the tool was close to the toolsetter. It resulted in an adaptive tool shortening procedure. I am firm with G43 on LinuxCNC ... Mitsubishi just works differently I got it.
I agree with all these.
UTILIZE YOUR DISTANCE TO GO MY FELLOW MACHINISTS.
Yes! 😂
Single Block, is your best friend.
So is feed hold
Distance to go display is invaluable
Single block when I have made a new post-processor or a made some large changes to it.
Feed hold for when I run a new program for a new part, then when it's run through. I just use feed hold for the initial entry of the first tool, to hear, see or feel if the part is snug.
Then I either walk away or sit down and wait for the machine to finish.
Not for tapping
@@brandons9138as someone who does alot of fine contouring moves, 2 and 3 axis, I agree with Titan. Distance to go changes too quickly for it to mean anything to me. Absolute position is easier to understand and 50% of my jobs I'll set like he said, zero on top. I only have to glance at my Absolute pos to get all my info.
Zero at top of part makes so much sense. Zero being the middle of a 4-axis part is one of the few times I don't use the top of the part. All great advice here, I've learned this stuff the hard way on my own hobby machine.
Same way every time, and when an exception I have it on masking tape. Z0 Center...etc on the table....
I have to agree with Barry on the bonus tip I actually try to tell all the new guys and girls I train to use distance to go it’s like this it’s a count down to a rocket launching cause it’s always counting down to zero
Hahaha THANK YOU
@ no problem my guy
I also look at Distance To Go quite a bit
#2-Worked with guys that punch the “cycle smash” button and just walk away. Drives me nuts!
Dayum... that guy has balls of inconel!
Is he the same guy who has his safety glasses on the top of his head at all times, never actually over his eyes?
I hate that
Got a coworker like that. He's the least experienced guy but the one with the highest confidence... for some unknown reason. He will sit and program, turn around on his chair and insert the program - hit cycle start - then turn around and look at his phone while the machine runs.
When he also forgets to set the correct XYZ in correlation with his program and to measure the tools... you get the gist. Parallels, vices, clamps, tooling... you name it - destroyed. He rarely reacts when an endmill is mere seconds away from blowing up despite everyone else in the shop looking over towards him because we can all hear its about to go down.
@@innominatum9906 That makes good people leave.
A good show indeed!
When running a green/new program: I like to look at the distance to go read out while simultaneously hand overide controlling the feed rate during the tool approach as my other hand covers the feed hold button and / or the red pucker switch... depending on who programmed it.
To save time and make it easier, we mostly have standard vices to clamp our material. Because of various reasons.
So I started implementing a "constant Z" from the highest point of the vice closest to the clamping jaws. The fixed jaw, as it will never move and is rigid.
Then to get the top of the part Z, I use my calipers, and just enter it as an incremental input, the value I see from my caliper's.
When a part is either too long for the caliper range, or in some weird angle or anything that makes it impossible to get an accurate reading, then we use the probe tool.
Saves a lot of time, and we don't have to go through the hassle of grabbing the probe tool, and mount in the spindle and then move it to position and all that.
Yes I set Z to top of the job. Sometimes I make the part from plastic first as a test run.
I've preferred bottom of part. We give stock dimensions and if it's too far off, they are supposed to get programming to adjust it. Instead, though they raise the offset, run it, and lower it, wasting time. And that's if they lower it, cause they're in for a surprise when it crashes the stock on the other side, in a different machine, and a different person running it. It has been mitigated a bit with a prep stock work group so there's no sudden hogging or crashes when it goes to multiaxis.
Number 4 is one of those things what is really important to bosses and handling it keeps you at work.
I aint most hardworking or skilled machinist around, but my bosses have always respected me for my cleanliness, workplace order and taking care of lathes / milling machines and many ex bosses are glad to see me if I end up working for them years later.
also for when you do shift work on a tool changing CNC make sure you checked no one changed a tool on the previous shift to a tool that is wildly or slightly different so you dont run a fly cutter with the 8mm carbide parameters and then have to completely recode for the new tool
7:05 true, i have had our post edited many times and sometimes functions somehow got affected by something you didnt expect to be affected and if you dont, like he said, test every function there may be a bad day someday.
I'm not a machinist, but still find this interesting. Thanks guys.
Oh, also I learned long ago that we all need to be humble.
You can also have your feed at 0% which will make it easier if you do use distance to go when verifying a program.
- Simulate if possible
- always look out when doing tool changes. Some tools are longer and work holding higher than you might have imagined when you made that code
- always take special care whenever you make even the smallest change on the program
- read the code ahead as you run it. Not always possible but never press cycle start until you know what is going to happen next.
- always take precautions (write notes, add stops etc..) when you have unusual procedures. Like when having to turn the tool counterclockwise, when using tools that require different entry/exits or when using tools too big for the tool changer etc.. It is too easy to press the button and continue if you don't make any effort beforehand to catch mistakes and just rely on memory. Sometimes you may come back to that part of the program tomorrow or monday...
Y’all should have just stopped after the intro and given Barry the floor 😂
Omg!! 😂
Excellent video! I agree, distance to go is so dynamic and hard to follow sometimes. I prefer seeing the current location from the origin and then reading the code as it scrolls to see where the real distance to go is. Makes way more sense to me.
Thank you, Barry! We learn from accidents, making you the teacher.
Hahaha i break stuff, so yall dont have to 😂
Titan has been around, I agree with him on top of part Z+ is safe, Z- is in the part method. That has saved me lots of problems over the years. Also viewing work instead of distance to go. Nice job you guys!! Funny how "we" are always the ones who crashed the machine 😂
I have to agree. When working in 3 axis I always want my Z 0 on the top.
Worked at a company for 2 years they had a list by every machine. Check your work order with your program in your setup sheet they had. Touch off all your tools double check and make sure your tools are in the right pocket. Run your program in graphics to make sure it's the right program for the part. Run your program on op stop and single block with 25 % rapped to make sure you won't crash. Best fail safe that I still use to this day with the company I work with now
I’m with titan. DTG is nice in specific situations but knowing exactly where you are relative to the origin you set is much more useful You can quickly reference the g code and do quick math and get exactly the exact thing dtg tells you while also being able to see the bigger picture
Trial machining also helps for difficult tolerances
You can not become the best by not making mistakes, those are the best way to learn what are the no's of the trade.
Also I also put Z0 at the top of the part for the first OP, on the second one I usually put it on the bottom so I know that the part is perfect thickness. On my 3-axis.
No way, input a -30 inches in the Z common work offset. Override the spindle up to 200%, edit the code to un-clamp the B and rotate at rapid 10k degrees of rotation. Hit cycle start and roll you box out, middle finger at full mast.
@@everettrhay4855 This guy knows whats up! 😎 If sparks aint flying you aint machining!
Great video you guys. Kudos to all the Shipping Inspectors! 💪😊
For the lathe guys, don’t forget your g53 z0 when you go to change tools. I learned that one a few times unfortunately
Nice list of top 5....add having the correct tool in the proper pocket of the ATC.
Good call!
All the things that will impress the boss with how fast you got that job done, if you don't do them are the same things that will save you one-day because you're doing them every time.
love yall TITANS of CNC.
Another mistake I see people make, even old school seasoned machinists, will run all of their tool length offsets as negative numbers. They will put a tool in the spindle at Z machine 0, and then jog down and touch the part, and then set their tool length. That's a terrible way to set your tool length.... You should always run positive tool length offsets. That way I can look at a tool, and say yep that's 7 inches, and my offset is about the same. So I know that I'm not wildly off. If I see a negative number in an offset table, I have no idea what that correlates to in actual tool length. It's a very good habit to get into.
If you use a laser toolsetter having a negative offset is the only way it works.....
Its not tool length its height offset and what do you mean you have no idea what that negative number means? If you're running a 3 axis mill then from the spindle to the max depth to the table with out a tool is going to be your max negative number. Once you memorize the max travel of your axis then your tool offset to the part would be the max negative number minus length of tool and height of part from table or z max.
Regardless of how you vs someone else wants tool offset measured always look at distance to go and if you set it correctly from Z zero with negatives its going to tell you exactly how many inches and increments are left before it reaches top of part.
personally i prefer work ofs as well, i already know the distance to go because i just math it in my head quickly while im mentally simulating during the run. but the work ofs gives me the opportunity for me to see what the machine thinks my location to see, it can get pretty easy to catch mistakes when you say command g43h10z2. and the machine says your at z6. or similar
Op stop, single block, 25% rapid and display on distance to go is how I was trained and I'm going on 10 yrs without taking the walk of shame to the scrap table lol
yep i at my last job with a 5 axis but current job too would run programs i was not sure of and well i like being able to see distance to go and work and machine all at once along with the code so when im single blocking through the program that i already read through i can be absolutely sure of whats going on. understanding the intentions of the programmer helps too.
Tip for touching off tools, I use a 1" gauge block and then -1" to the offset. That way the tool is away from the material and less likely to crash
All of these are super solid points. In all honesty, if you follow these few steps, you’ll make thousands of good parts.
Quality should be higher. But I’m biased 😂.
Another thing I was taught early: "I dont care if the smartest guy in the shop told you. If YOU dont measure it, YOU. DONT. KNOW"
Great video! I think this is a solid list that sums up the common “oopsies” on the job.
Failure to learn from mistakes is another behavior that can lead to unemployment.
Gotta love that camera guy though, its almost like he knew what was going to happen... ;P
I just had a crash the other night cuz someone on day shift put the completely wrong drill in the machine and instead of verifying the tool list was correct I just trusted that whomever had put it in did their due diligence. I got complacent and I should've known getting closer to a holiday vacation the odds of someone screwing up were gonna go up and up as we got closer and lo and behold. Someone put a 12" drill in a spot that was supposed to be a 10"(talking length) and it was supposed to be .6875" but it was actually .827.
I think one of the biggest mistakes is complacency. People trust the machine too much and then like #3 they neglect checking the part and then speaking on #2 they trust the programmer and don’t double check their program. So I think complacency can’t take the spots of #2 and #3
Sorry Titan, Barry is 100% correct distance to go is vital. You should always make sure you have feed rate at zero before you hit cycle start. So always start at feed rate zero and check your distance to go before you start.
Lot of this i agree with, and i do regularly, i haven't crashed a machine in a long looong time, but I've definitely scrapped out tools and parts for drill brecks, tap breaks, inserts failing doing high-speed machining in 40 HRC 😅 you have no time to react at 275-1000 IPM
I had this "run in the mill" job, just clamping 9 parts next to each other in a vice. It was only for drilling and tapping so.
I had a bad night sleep and was running on auto pilot basically.
I placed the parts incorrectly in the vice, compared to what I had programmed in the CAM software.
So 9 parts was scrapped, then my production manager told me it would be better and safer to run 1 part at a time.
I got irritated by that, and told him it was a blunder on my part, it happens. He wouldn't hear me, and insisted it would be better if we went with milling one part for all things.
Then I was gonna tell him, "well let's do that for our bed router machine's as well then. Cause it happens there as well". And a lot more frequently than in the VMC machine I run.
But I bit my tongue, and just stood my ground that it would be a waste of time of doing 1 part at a time for a VMC, as well as saying I don't want to clamp and unclamp 9 parts individually.
It's get messy and takes a lot longer to finish the product.
Like and sub for part 2
Super Good video
Thank you Guys
I also agree with distance to go
8:57 lot of companies ive worked for switched back and forth depending on who wrote the program some come off center of rotation for CAMplete other come off top of part or -.025 if its a blank (personally ive never used CAMplete) i have maybe a yr or yr half of mastercam experience and 2 yrs of edgecam.
My lead hand told me when tool probing never leave the machine alone and cut the feed. Some guys would start the tool probing cycle and go for a smoke.
Yeah someone is talking to you while you're setting tool geometry. Machine goes boom.
Most importantly. Don’t lie about your experience level and your machining abilities. We’re a team, let your team know your strengths and where you still need growth. It’s easier for an experienced machinist to work with an open inexperienced coworker than it is for an experienced machinist to work with a dangerous liar
Develop consistent habits so you can count on them. I offset Z to dry run, mill and lathe 2.0" always (unless the part doesn't allow). That way when you shift back you know it was 2.0". Note, shifting Z -2.0 is not the same as Z absolute = -2.0 speaking from experience.
Don't do too many things at the same time, machines, dinner plans, etc.
STAY OFF THE PHONE!!!
I worked with someone who drove the machine head into the bed because he wasn't looking while moving the machine down in Y...caused £250,000 in damage
I do manual machining and have crashed because some of those reasons. The most common one that englobes it all is an illness called GetHerDoneitis.
stealing this
Thank u to teach me the basic and important part to run the machine~~
U save lots of machinist bro
When i do manual lathe, i remember this principle
My lathe utube channel work like this Boom~~~
I'm not a big fan of HAAS machinery but man-o-man that 5% rapid during (test/dry) run is awesome. 😁😉
Avoid distractions. Give that part 100% undivided attention.
I find that hard to do. But your right. Used to be able to do that but not as much anymore
Oh, that was definitely very unpleasant for Barry and Jessi😅😅😅😅
I ran an Emco CNC lathe. 400mm chuck. big machine. I ran some parts on a friday. finished them. picked the next job. Checked the programm. same tools. aight lets go. yeah well. 1,2,4, and 10 were the same. the finished job had an id tool on t6. the unfinished job on t7. well. toolchange to t7 and ofc there was no offset in there. so the machine literally rapided into the part with the id tool sitting on t6, where the part came flying out off the chuck. it was deep in the grip but still came out. flying against the window shattering it. the plastic window infront catched it and launched it onto the turret. if the plastic broke or it came through. it probably wouldv injured me pretty bad or even killed me. just a stupid mistake. with the luck i had, the window and the id tool were the only damaged things. besides my pride and stuff. seriously. Watch out and be carefull.....
My question is. Why did the light turned off in the imbarmia when it crashed ?
I have hit Estop a couple of time in a lot of different machines bit it never turned off the light cause of that. So why did it turn off in that machine when it crashed ?
Good question! I have no idea, all i know is that it increased my fear that i had destroyed something. 😂
It got hit so hard it got it's lights knocked out!
Rule #1 for not crashing a machine…..Don’t hire Berry Seltzer 🤣🤣
Set T3 load T4, someone talks to you. Turn around and load t5 and set it
Thats why i hate doing set up and making program on daily bases its a hazzle.
DTG has saved me soooooo many times lol
I’m a retired machinist in my 60s. I don’t care how many times you see it you cringe . It still makes me jump.😎
Whenever I program a part on the lathe,
Doesnt matter if I use live tooling or not.
I use my hand as my tool turret and I use my hand to act out the program.
Ever tool index, every cut, every piece of G and M code I act out with my hand.
Then I run the program with my rapid way low.
Yet to crash a machine using this dumb method
i allways run top of part Z in first op if possible as wel. I mean its pretty easy to check your depths that way. Especially if you use fusion, wich shows at the top of your posted program a list of tools, and how deep they wil go. Now i know top of part is 0, and then a drill shows -100, wich means it wil go 100mm deep, but my part is only 80mm. Wel that means its going too deep, and it might drill in to my vice or table. So go and find out why it is drilling too deep. Also makes it easy if you have you current position that is showing on the screen set to your workpiece offset, you can see ok the tool should be 5mm above the part right now, if you feed hold it there, turn off coolant and its way off you can allready tell something isnt right, either your tool offset is wrong, or your part offset, but something is wrong. So stop the program, go check where you screwed up.
And offcourse distance to go is another good way. But checking if its atleast close in offsets you can see it instantly by letting it rapid slowly to a 5mm gap, then a 1mm gap you see if its off. If it looks right and your program had the right depth you can be sure it wil be close and the drill for example wont be going through the bottom of a part where there should be a bit left on the bottom. So im more of a work offset on screen guy as wel, I know the part im making, i have a drawing there with heights and depths and i know where my zero is. Then i can allready tell if something is off.
My whole body tensed up during this intro
Good tips👏
everything they said was true. but I added this list to 10 at least
the intro hurts my soul. 0:01
Dry running isnt cut running, approach with caution 1st off then fly away like Titans on Santa's sleigh giving the gift if CNC , Merry Xmas all that belong to your UTUBE content
Number one is safety. If you’re a wreck less person who bypasses door switches and/or puts others at risk you’re fired. Number two is quality. If you’re not checking parts you’re not only putting whatever gained capital at risk and screwing over the guy running behind you, but you’re risking the customer’s relationship with the company which could lead to them taking their business elsewhere. Again, very easy to get fired from this. Numbers 3 to 5 could be any order of what was already mentioned. Picking up offsets, work holding, squaring up vises and fixtures etc… I have a question for you titan. What are you hoping to accomplish with this UA-cam channel? I appreciate the pockets of wisdom but is your shop a playtime shop or a legitimate serious business with the intention of boosting America’s economy?
I'm not going to lie i regularly have to bypass safety features along of them make things impossible to do specifically since companies refuse to fix things like glass that u cant see thru
@ well you do what you have to do at times, but you’re not going to allow operators on the floor to do that. Safety on a machine shop floor is always number one
@@Jericho-tc9yn yes I'm on the floor just a regular old machinist but i do have 15 or 20 yrs of experience....my fist interview i was told I'm not a machinist cause I can count to 5 still, not 4.5 or 4.75 with my hands....I'm still able to count to 5 but I've seen a lot
when on you on 5axi its doesnt work,when table ratates its not sipol at all
God made Distance to Go readout for a reason
She play music and singing very well and beautiful! #MegMyers 👍
I can't use "distance to go" either. I need to know exactly where I am at. People have been trying to convert me for years.
Naw Son 😂
Anyone ever think that going to work ""'DRUNK'"" will get you fired much quicker?
Even Barry is a young guy.
45 years young!
So easy to make mistakes though
#6. Failure to run the program through a machine simulation package like Vericut
pfff.. Z is overrated. When I first time used my Mitsubishi machine I ran G43 and crashed the tool into the toolsetter (only around 0.4 inch), coming from LinuxCNC where G43 does not move ... Luckily no problem the drill broke that's it. Put it onto my learning account.
Using G43 to SET a tool 🤔😁
@ytfan3815 to be more precise, issuing G43 when the tool was close to the toolsetter. It resulted in an adaptive tool shortening procedure.
I am firm with G43 on LinuxCNC ... Mitsubishi just works differently I got it.
@@mrechbreger
Never mind, only time I use G43 is calling tool length offset and use it in a line like G43 Z100. Hxx for every tool I call. 😉
@ytfan3815 ya in LinuxCNC it's only G43 Hn and it will not move but change the coordinate system.
yo
Barry your mistakes lol
Bro some days im ON, some days im OFF. What can i say hahaha
@@barrysetzer Some say I'm a little off....
milling mistakes are for rookies, lathe mistakes on the other hand thats where the big boy mistakes happen
Uh I hate working with CNC lathe's! I feel it is easier to make a mistake on those things
First
Speed, feed, clamping, location. Location, location, location!! .......The first words I was told, on my first day of apprenticeship