Third Tab on my 2020. 'Total Tolerance' button. Cool. Thank you. I didn't know about it. Should help out!

There is only 'Tool Filter' under the Flowline tabs. Not that I can see in 2020.

Just curious if anyone knows a good way to reduce the size of the post when using 3D toolpaths. Flowline specifically. When doing 2D/2.5D units there is the Arc Filter Tolerance you can use to drastically reduce the size of the code being spit out. Is there a way to do similar in the 3D units? Under 'Finish Flowline Parameters' tab, the 'Cut Control' box. There are the 2 options for 'Distance' and 'Total Tolerance'; will increasing these values reduce program size, and what adverse effects do they have? If anyone has some tips for reducing the size of the file, other than increasing stepover, I'd love to hear them. Thanks.

Yeah. It's frustrating to have the computer lock up for a minute every time you do something, only to end up with an error warning and no explanation of what the problem is. I'm no IT guy. Having it looked at today.

Oh I'm not the first person to vent on here. I find MAZAtrol so simple and intuitive. The fact that there are about 10 times more fields to fill out in Lathe than the Mill boggles my mind. Everything I've done as far as classes and education have always been very focused on geometry creation and toolpaths. Never have the nuts and bolts of the program been addressed. Material Library, Tool library, Altering tools and changing Control and Machine definitions; these things are all a lot harder to find info on, or people that can explain well. I do openly admit my bias, being in a job shop. If I was back in aerospace doing long run jobs, I could see the benefits. Easy to swap in new tools and make alterations to paths for efficiency. But for MY needs, it's not the best option. Still want to get a handle on the things that trouble me though, so thanks for the tips. Much appreciated.

I've done years worth of training on it. Every level in college and every course available through the sites. The problem is, it just stinks. I've been cutting metal for 25 years, and anywhere I've worked, MC Lathe is an absolute last resort. Probably use it only once or twice a year. Compared to MAZATROL it's like rocket science. So when I absolutely am forced to use it, I either remember nothing, or it's been changed for a new version. I can see benefits for long term production, but in a Job Shop where you just need to kick out a few parts, it's really useless. Spend 5 times as long programming as cutting. Just my time tested opinion of it. But you are correct, I don't know nearly as much as I should, since I avoid it like the plague.

So I'm trying real hard to wrap my head around Lathe Tools in Mastercam, with no luck. Here's a file. I copied unit 5, made a unit 6 and tried creating a tool with a .075 width for the 4th pocket. Works just fine in unit 5 (but the blade is too wide), can't get it to do a thing in unit 6 with the tool I made. Seems like it's set up right, and it draws fine. If anyone can point out what I did wrong, or didn't do at all, I'd love some pointers. Have I said how much I hate Mastercam Lathe? LATHE PART.mcam

I guess a big part of my problem is this warning. Pops up every time I try to change something on whatever tool I select. Won't let me rotate the angle for plunging, etc. Anybody know what it's all about? Stays default and ignores any changes I try to make.

Yeah, that's what I'm after. Not going to be the tool I use, but I guess as long as the insert is the right way the tool doesn't matter much. It's what I want to do, but no understanding of how you got there. Can you change the insert orientation on any of the bars that are in the MC library, or do I have to hunt the internet and download a Face Grooving Boring bar w/ insert? As I said, I tried to make one but it has the orientation all wrong. I worry the code will be all messed up if I don't have a tool that's at least close to what I'll be using.

Draw just puts the tool backwards when I do that. No matter what I change, the insert is still in the Up/Down orientation with the shank embedded in the part.. Get a nice warning now about shared tool files as well. Is there no face grooving boring bars to be found in Mastercam anywhere? I shouldn't have to be trying to cheat an OD tool for such a simple task, should I?

First let me say, I hate Mastecam Lathe and rarely use it. I'd much rather spit out a MAZAROL program because it's so much easier. That being said, not everything can go on a MAZAK, so I have no choice but to fight with Mastercam. I hate how you have to draw out geometry for every step of every operation. I've done so many of the training tutorials, but none have ever helped out with the basics. The problem I'm having now is trying to set up a tool for face grooving. I select the face grooving option in the GROOVE unit, and it supposedly puts the tool in the right orientation, but whenever I backplot or try to regen the toolpath, it has the tool in the orientation for the OD, and the first thing I get is the warning that my tool is embedded in the part. WTF??? Nothing changes the orientation that I can find. And when you try to create a boring bar, it puts it in that upright orientation as well. Tool orientation is a mystery. Having the tool set the right way seems pretty important. Mastercam Lathe sucks. Why's it got to be so hard and convoluted. I can whip up 4 and 5-axis toolpaths for days on the mills, but 2 axis lathe is all but impossible to get working. Can't get it to do anything outside the box. Any hints, tips, or tricks would be welcome. File attached. LATHE PART.mcam

Shut the system down and rebooted, now the box is back to normal size. I'd still like to know how I changed it in the first place. If you know, feel free to chime in.

Hey all. Quick question for those that might know. I don't know why, but today while using mastercam, my selection pick box grew to 20x it's original size. I didn't even know it could be changed. Any time I go to make a selection, the massive white box makes thing difficult to see where you're at and what it's snapping to. Anyone know how to change the size of the box? Kinda driving me crazy and I can't find how to adjust it.

Do have multi-axis. Sounds like what you say about peel milling is exactly what I want to do. It's alloy steel, somewhere between 4130 and 4145. Not too hard.

Don't have a 5 big enough. Going to be on a 3 + A-axis.

I'm completely lost on how to accomplish what I'm trying to do. I will openly admit I have no idea what to do for this one. I want to rough and finish the area between the wings on this part, and have not been able to come anywhere close to getting it right. Nothing I've tried will work. I've tried with and without the rotary, and several different toolpaths. Could anyone point out what I need to do to make this work. Ideally I'd like to do Dynamic milling up one side of a wing, starting from the wide open space on the left, then have it rotate through the middle to remove the bulk of the material, then finish up on the opposite wing. Then from there do whatever finishing I need to. I just have no idea how to get it to hog out the bulk of the material. Everything I've tried is garbage. Please help if you know how to go about this one. I've attached the .mcam (2020) file. Thanks. WINGS.mcam

It all worked out for me, except for one odd issue. On the computer it was climb milling, on the machine it was conventional. Any ideas why that would be?

This is exactly what I was looking for. Thanks. When I was playing with UNROLL it put the toolpath out in space. Didn't think it was the right setting to make it work, so I didn't bother toying with it much. Tightening it up really helped. Now I know. Thanks.

I'm trying to do something very simple and getting nowhere. I want to put a constant radius on the edge of a hole that goes through a piece of round stock. I've done things like this with 3D models, but can't find a solution with this simple sketch up. Should just be able to sub the Y axis and get what I want, but it isn't cutting a smooth line. Instead it appears to be piecing together a bunch of straight lines instead of arcs, and it looks like junk. How can I get a smooth rad on that edge?? Do I have some settings wrong? Any help welcome. File attached. Edge Rad.mcam

Nope, in Alberta. The machine was part of an acquisition, and the licence had expired. I should clarify, however, that $18k price tag was for 2 machines, the Matsuura MX-520, and a Nakamora Tome WT-300. We'd have needed both versions of CAMplete, True Path & Mill Turn. The Mastercam posts for both machines was 1/3rd of the cost, and we already use Mastercam for every other machine we have. It was a matter of cost and standardization. Only thing lacking is not having full simulation out of the gate. Still making parts on them no problem.

It was $18k for CAMplete, versus $3.5k for a Mastercam post. We priced it out. Money talks...

So while I'm not new to Mastercam, there are things I've never been able to find good answers to, or resources for. For instance: -How do you add to or create/update your Materials Library? Half of the Metals we cut aren't in the default library and I've no idea how to expand on it to include new materials. I usually just end up picking a metal as close as I can find to what's being cut. -How do you create a new Tool Library? I often download tool models from MachiningCloud and want to make Libraries according to manufacturer. I know how to add them in by the job, importing them one by one, but no idea how to create a fresh Library so I can pull them whenever I want. -Is there a way to add in machines to the simulator? Is there some resource somewhere that would allow you to download a 3D version of the machine you're using in the real world to show in the simulator? I'd love to add my 5-Axis Matsuura MX-520 into it so I could actually see any collisions happening. As I said, I've never been able to find good answers to these questions. It's one area of my Mastercam knowledge that has always been lacking. Any information that anyone has to pass along, or resources, would be appreciated. Perhaps there is some corner of eMastercam that explains it all and I just haven't found it. Thanks.