i know Im asking the wrong place but does anybody know a tool to get back into an Instagram account..? I stupidly lost the account password. I appreciate any tips you can offer me!
Hi Ruben! Your local Reseller would be happy to help you with this. You can get in touch with them directly by filling out this form: www.mastercam.com/find-a-reseller/
For Fanuc is a paid option. In the post it'll be G54.2. Online you can find macros that will do it for you onboard the machine, without dynamic offsets. Good thing using macros, is that you can shift the work if needed. And usually it needs to. You will also have real values on Z axis. Same for any control, not only Fanuc
hi! i use post mp master 4 axis i usually output coordinate G54-G59 when rotary axis and now. i want to output coordinate work TCPC . only G54 can you help me! please thank you
Yes, the post that does DWO (G254) also supports TCPC (G234). We will have a video coming soon where we cover TCPC in combination with our Deburr toolpath. Stay tuned!
I have wired problem after update software on umc 750: after Bxx.Cxx.; g254; , coords on page position doesnt transform but machine work correctly buy when i put P103P1;Bxx.Cxx;G254;G103P0 It works correct... Some bug in new soft? Greetings.
I'm signed in under my user name on My Mastercam but the link you attached for downloading this part file is not working, any ideas on what's going on?
Hi PipeLeisure we will need some more information to assist you. If you are not a maintenance customer you will not have access to these files. You can work with your local Reseller on it or contact our support team at Support@mastercam.com
I didn't get this method. Is that that where ever we program on we create new plane for that? And then mastercam combine 1 work cordinate like G57? What machine understand that or what? Thank you
Hi Mark! DWO allows you to create planes on any feature that needs to be cut at any vector without regard for where the center of rotation of the rotaries are. That has already been figured out and stored by the tech that set up your machine. Keep in mind that this is typically a purchased option for most machine tools, so make sure that you have it enabled on your machine. Its a far simpler method than the old way of having to model your part in Mastercam so that the offset in Mastercam and the Machine matched the physical center of rotation of the machine. Now just pick up your part however you see fit with the corresponding offset, G57 will work if that is what you prefer but since you will only need one offset I tend to just stick to G54. In this case we grabbed the top center of the Lang fixture plate. The machine internally does a calculation from its center of rotation (stored in the system variables) to find the proper angle and XYZ coordinates needed to cut the feature at a new Mastercam plane shown by that side feature, remember the XYZ origin of this new plane is unimportant. The only thing the post processor needs is the Z vector of this index. As the video shows, this also allows you to run the same program at any location on the machines table. As long as the Machine offset is set at the new location the machine will automatically comp and calculate the new angles and XYZ positions with the exact same G code, no changes to the XYZ or BC in the program. It's a very powerful, flexible option and much simpler than doing this the old way with Center of rotation programming.
@@mastercam wow you're super nice to feedback like this thank you. But I am just about to jump in 5th axis seeing many your clips wishing too much to become a such programer like this but don't know where and what books to learn. Please help me. Thanks
We recommend checking out our courses on Mastercam University. We have free and paid courses that you can access 24/7 and we recently launched a multiaxis course. You can login or create an account to check out the course here: university.mastercam.com/course/view.php?id=87
@@mastercam does the G68.2 and G53.1 together not do exactly the same job ? What is the difference ? I can’t understand. G68.2 with G53.1 does the same as when G54 is in different place it calculates a new position of G68.2 in relation to machine rotation centre so when the fixture moves as it’s mounted in different place you set a new G54 and job done. Is this right?
Hi Sir. Some day could you make a video that showing people how to pick up G54 from the part on mastercam and post out to fanuc control where you pick up G54 on stimulator on machine please please explain those please Sir! I think people and me really need to know how the post processor work with fanuc control on stimulator machine in real world! Thank you so much
Your Z values on 90 degrees aren't real. They are based on G54. At a 10mm distance between tool and part, you will see Z who knows what. Actual position in respect to G54. If you have multiple threads at multiple depths, you won't be able to see a mistake. Also, considering most rotary axes aren't perfect, for tight tolerances, you should be able to shift the work on sides of the part. There are simpler solutions, where the operator can solve this onboard the machine. Nice feature, but I take it with a grain of salt.
@@ipadize I think what he is saying is that the machine is never perfectly exact to what it was when the tech guy originally installed the machine or what it's designed to be. The temperature of the machine and room the machine is in affects it. If it's been bumped or crashed it will effect it and you'll be off location in some planes and it's almost impossible to know exactly why. If it's off enough for a super critical part you could spend hours, days, or even weeks pulling your hair out trying to comp for the error. In the real world he's saying you will just end up creating a new plane and a new offset for the troubled plane. In other words it's the old way that is what will save your ass. Except now you have wasted a bunch of time trying something new. The moral of this story is don't crash your machines, make perfect fixtures that are square and perpendicular to the spindle and table. Oh and you gotta spend millions of dollars to keep your shop at 68 degrees plus or minus half a degree too. There are so many variables affecting it that in most cases if you're holding tight true positions everything better be perfect. Or just make offset for each plane. Done!
All I say is amazing. Thanks a million.
You're very welcome!
Thank you sir clear teaching
Thanks for this excellent video. I cannot find the video about Tool Center Point Control. Could it be added to description?
We will be posting that video soon and will add the link once the video is posted.
I've been looking for this for a while now! Thank you.
i know Im asking the wrong place but does anybody know a tool to get back into an Instagram account..?
I stupidly lost the account password. I appreciate any tips you can offer me!
great job. explained nicely
Thank you!
Hello , can you do it one tutorial the tolerance firter arc , thanks you
We have a future one coming on Arc filter and tolerance. Stay Tune!
@@mastercam . Thanks
dear sir, how do reduce turning machine group dialog box height because i can not ok tick option because the option below the bottom edge.
Why do you set your top plane to the bottom side of the machine table and create your G54 plane to the top of the fixture and not the top of the part?
Hi Jesse! Could you please share the POST PROCESSOR for the HAAS umc 750, for mastercam. Or where can I get it? Thank you very much
Hi Ruben! Your local Reseller would be happy to help you with this. You can get in touch with them directly by filling out this form: www.mastercam.com/find-a-reseller/
isnt tcpc and dwo haas specific? Like if i have fanuc does this work?
The G codes are different for a Fanuc or other controls but the functionality and principle is exactly the same.
For Fanuc is a paid option. In the post it'll be G54.2. Online you can find macros that will do it for you onboard the machine, without dynamic offsets. Good thing using macros, is that you can shift the work if needed. And usually it needs to. You will also have real values on Z axis. Same for any control, not only Fanuc
hi!
i use post mp master 4 axis i usually output coordinate G54-G59 when rotary axis
and now. i want to output coordinate work TCPC . only G54
can you help me! please
thank you
Hi there! Our technical support team would be happy to help you here. You can get in touch with them directly at support@mastercam.com.
Desperately waiting for your TCPC video.
Is the post same for TCPC and DWO?
Yes, the post that does DWO (G254) also supports TCPC (G234). We will have a video coming soon where we cover TCPC in combination with our Deburr toolpath. Stay tuned!
I have wired problem after update software on umc 750: after Bxx.Cxx.;
g254; , coords on page position doesnt transform but machine work
correctly buy when i put P103P1;Bxx.Cxx;G254;G103P0 It works correct...
Some bug in new soft? Greetings.
We need some more information regarding your request. Please feel free to contact us www.mastercam.com/support/technical-support/
I'm signed in under my user name on My Mastercam but the link you attached for downloading this part file is not working, any ideas on what's going on?
Hi PipeLeisure we will need some more information to assist you. If you are not a maintenance customer you will not have access to these files. You can work with your local Reseller on it or contact our support team at Support@mastercam.com
I didn't get this method. Is that that where ever we program on we create new plane for that? And then mastercam combine 1 work cordinate like G57? What machine understand that or what? Thank you
Hi Mark! DWO allows you to create planes on any feature that needs to be cut at any vector without regard for where the center of rotation of the rotaries are. That has already been figured out and stored by the tech that set up your machine. Keep in mind that this is typically a purchased option for most machine tools, so make sure that you have it enabled on your machine. Its a far simpler method than the old way of having to model your part in Mastercam so that the offset in Mastercam and the Machine matched the physical center of rotation of the machine. Now just pick up your part however you see fit with the corresponding offset, G57 will work if that is what you prefer but since you will only need one offset I tend to just stick to G54. In this case we grabbed the top center of the Lang fixture plate. The machine internally does a calculation from its center of rotation (stored in the system variables) to find the proper angle and XYZ coordinates needed to cut the feature at a new Mastercam plane shown by that side feature, remember the XYZ origin of this new plane is unimportant. The only thing the post processor needs is the Z vector of this index. As the video shows, this also allows you to run the same program at any location on the machines table. As long as the Machine offset is set at the new location the machine will automatically comp and calculate the new angles and XYZ positions with the exact same G code, no changes to the XYZ or BC in the program. It's a very powerful, flexible option and much simpler than doing this the old way with Center of rotation programming.
@@mastercam wow you're super nice to feedback like this thank you. But I am just about to jump in 5th axis seeing many your clips wishing too much to become a such programer like this but don't know where and what books to learn. Please help me. Thanks
We recommend checking out our courses on Mastercam University. We have free and paid courses that you can access 24/7 and we recently launched a multiaxis course. You can login or create an account to check out the course here: university.mastercam.com/course/view.php?id=87
@@mastercam does the G68.2 and G53.1 together not do exactly the same job ? What is the difference ? I can’t understand. G68.2 with G53.1 does the same as when G54 is in different place it calculates a new position of G68.2 in relation to machine rotation centre so when the fixture moves as it’s mounted in different place you set a new G54 and job done. Is this right?
What's wrong with the back plot quick verify button. Smh
Hi Sir. Some day could you make a video that showing people how to pick up G54 from the part on mastercam and post out to fanuc control where you pick up G54 on stimulator on machine please please explain those please Sir! I think people and me really need to know how the post processor work with fanuc control on stimulator machine in real world! Thank you so much
We'll share this with our applications team!
Your Z values on 90 degrees aren't real. They are based on G54. At a 10mm distance between tool and part, you will see Z who knows what. Actual position in respect to G54. If you have multiple threads at multiple depths, you won't be able to see a mistake. Also, considering most rotary axes aren't perfect, for tight tolerances, you should be able to shift the work on sides of the part. There are simpler solutions, where the operator can solve this onboard the machine. Nice feature, but I take it with a grain of salt.
why should they be "not real"? The machine knows the center of rotation point and the work zero. It can accurately calculate the shifted work zero.
@@ipadize I think what he is saying is that the machine is never perfectly exact to what it was when the tech guy originally installed the machine or what it's designed to be. The temperature of the machine and room the machine is in affects it. If it's been bumped or crashed it will effect it and you'll be off location in some planes and it's almost impossible to know exactly why. If it's off enough for a super critical part you could spend hours, days, or even weeks pulling your hair out trying to comp for the error. In the real world he's saying you will just end up creating a new plane and a new offset for the troubled plane. In other words it's the old way that is what will save your ass. Except now you have wasted a bunch of time trying something new.
The moral of this story is don't crash your machines, make perfect fixtures that are square and perpendicular to the spindle and table. Oh and you gotta spend millions of dollars to keep your shop at 68 degrees plus or minus half a degree too. There are so many variables affecting it that in most cases if you're holding tight true positions everything better be perfect.
Or just make offset for each plane.
Done!