Thanks for the help!

Is there a way to get the tool path in Op 1 to extend straight off the surface like I have it set to do in Op 2? I have played with linking and cannot get what I want. I want a tangent extension along the surface, I'm not really looking for an arc lead out. I am thinking more along the lines of "Extend/Trim" that we use in Unified. I want to use waterline for the obvious reasons of different leave amounts, minimum retracts, holder collisions, and all the goodies the newer tool paths have. Test.mcam

On a consistent basis, I personally support 5 horizontals, 2 lathes, 1 mill turn, 4-4 axis vertical mills, 5-3 axis vertical mills. There is something like 45 machines in here with controllers on them and I have pretty well poked the buttons on them all at one point or another. There are 4 of us programmers here and we split the work into cells, so each person has there own area they support. All different controllers too, Fanuc, Mazak, Siemens, Heidenhain, Makino, Haas and Landis (grinders). It's one of the things that keeps this job fun, is it's always different day to day. Someone always has a problem to solve.

Can you share a link to the article that helped solve it? I have been having an issue in 2023 sometimes, but can open the same solid in 2024 without issue.

I used HSM Advisor yesterday on a project I am working on. I have a 25mm 4 flute Sandvik indexable screwed onto a heavy metal shank that I am using to side mill the cheeks on a crankshaft with. Normally I would run it at .004 a tooth and 475ish sfm. That is where I started at. It worked out to be 40 IPM and 1900 RPM. This particular crank is a 6 cylinder so I had 6 pins to play on. HSM Advisor suggested 76 IPM and 2100 RPM. I took the advice offered here and started at my normal speed and feed and adjusted up each pin. I ended up at 72 IPM and 2100 RPM. The only reason I didn't get to 76 like HSM Advisor suggested was that I ran out of pins. I will try it on the next crank. Of course surface finish suffered as I increased feed rate, as expected, but for what I am doing, it doesn't matter on this op. I was able to take a solid 4 mins of cycle time out, which will work out to over 24 mins a crank from my baseline. Time is money as we all know. 24 mins times 30 cranks and HSM is priceless. This is just one op. It has paid for itself already and stuck money back into the companies pocket. This has really got me thinking about my approach to, well, everything. There are other projects that I want to go back and re-apply this on now. I have a dynamic milling project I am probably going to do today or tomorrow in a horizontal cat 45 mill so I will get the chance to play more on HSM Advisor then. Thank you guys for the info, feed back and help. This place is awesome and I read here everyday. I always seem to pick up something new and it makes me think daily.

Thanks all for the feed back. It looks like I have some experimenting to do. This will be fun and educational I'm sure.

Let me start with this statement, I have very little Dynamic Milling experience under my belt. The types of parts we have here at work, there is limited opportunity to apply this method. When I see the chance I try and use it and have been successful for the most part. Then I see you guys recommending HSM Advisor and my mind went into chaos. My methodology for finding feeds and speeds has always been, go with the manufacture's recommendation as a start. Lets say 4340 steel, 1.375 depth of cut is required. Cat 50 Mori mill. Mill chuck, thru air, hydraulic part clamping. I am going to use a 3/4" 7 flute endmill with an ALCRN Base and 38° helix endmill from Garr. https://www.garrtool.com/product-details/?EDP=64186 I pull up their website and it says .003 a tooth and I know from my experience with this material 450 sfm is a pretty good spot for tool life and performance. I set the stepover % to 8%. https://www.garrtool.com/doc/pdf/tech/TECH_VX7_f.pdf I then use Mastercam and let it calculate it out for me and run with the speeds and feeds it comes up with when checking the RCTF check box. Matercam comes out with 88.7 IPM and 2292 Rpm. I hit post and go on with my next project. Then yesterday I downloaded HSM Advisor and was exploring that software. When you guys recommend it, I tend to listen. HSM Advisor mirrors Mastercam's speeds and feeds initially. Then I click on the HSM Checkbox and my head explodes. I can't wrap my head around 4226 rpm and 172.7 ipm. Why the RPM increase? Is this to get the heat out and get the temp into the proper range for the coating? Of course with the RPM increase, the chip load lightens, so we can feed it harder also. Am i living life wrong? Should I be spinning my tools faster and running my feeds higher? I know this is a calculator and everything we do is a variable, so it's not plug and play. That said, MRR is way higher than what I came up with in Mastercam and off Garr's website. Am I missing the boat?

When things start getting laggy I will either restart the program or go to File/Repair File. Most times running repair file will make it happy again. I believe it used to be called Ram Saver for the record.

I believe @JoshC has tried AMD Processors. He may be able to shed some light on it if he can chime in.

Yes, I have the 602 at work and the 604 at home. Same thing, just the 604 is the latest and greatest. You take my mouse away and I'm back to being a newbie. It's amazing what you get used to and the muscle memory you acquire.

Here is what I have mine set up like. Enter and Escape has been amazing. Someone on here suggested that and I tried it and fell in love with it. I also like toggle tool paths on and off and regen.

Thanks Aaron, and #Rekd. That's the info I was after.

Any feedback on how much performance difference there is between the same generations of i7 and i9? I run i7's and was curious as to how much is gained going to an i9.

Very good points Ron. I have started swapping screws on our feed mills as well. I feel they stretch and fail eventually. Screws are cheap. Another point, I think is over looked is using a torque wrench. I buy a lot of them from Sloky. They are a clutch style, so it feels like you are really bearing down on it, and the screw stops turning. https://www.slokyusa.com/ I had a part last week where we were getting insert failure at 1 and 1/4 parts. Swapped holders to make sure we had adequate thru air to limit the heat ( was sub par in my opinion before) and also bought them torque wrenches. Now we go 7 parts and index the inserts instead of trashing a cutter.

I run a Logitech G602 and a G604 (new version of the G602). The G604 you can switch between clicky center scroll or free wheel. I find I like the clicky scroll. The programmable buttons on the side are amazing for me and the work I do. Of course, the left hand runs the SpaceMouse Pro. https://www.amazon.com/Logitech-LIGHTSPEED-programmable-connectivity-hyper-fast/dp/B07QN369XX?th=1