Not sure why you don't just wait, and make the parts on your plasma table?
Not sure why you don't just wait, and make the parts on your plasma table?
Anything is possible, just build it!
i am a pretty strong guy...however im not superman.
i can spend more $ and have my local metal supply cut it into smaller sheets for me or, i can pay a local business (who is also a pretty good friend of mine) cut them for me....
not to mention the stepper motor plates and other things i have drawn up for my cnc plasma build...need to be waterjet cut, only makes sense to throw a few of these in the mix since it wont cost much extra anyways
i doubt the plates needed for my cnc gantry will cost the $75 minimum...
Gurew, My plasma table is about 3/4ths of the way done. I am rearranging my shop to get it in place, and I have some big sheets I need to move around. Oklahomas' weather isn't helping..............jb
i wish mine was 3/4 done! well i sent my files out just waiting for the call saying when to pick everything up. i told him i wanted enough parts to make 8 of them
i got a trial version of pronest...its pretty sweet i dont know if they provide the post processor or can i use the one from sheetcam?
idk how accurate this software is in terms of job quotes, but it says including material cost and labor cost, its $110.20 to make 8 of them...surely that isnt right
Hi gurew,
Your command center like in pentagon, nice. One for CAD, one for CAM, one for Mach3?
1 for cad, 1 for cam, 1 for damn email!! thankfully i have spam filters running flawless now, i havent gotten a single piece of spam in over 4 months!!
the laptop to the left i need to box up and ship to my brother. brand new havent even plugged it into the wall yet...i want the new sony Z series instead of this S series...story of my life... local sony styles store wont take it back since its over 14 days..good thing my brother bought it from me! $2700 is alot of cash to be unhappy with a purchase!
thanks but im no guru for sure! im just learning this stuff as i go along
I don't think that the software that made that report is set correctly for any machine you are likely to build. If you do the math, that report implies a cut speed on 5/8" steel at somewhere around 170 inches per minute and cutting 3/8" steel at more than 300 inches per minute. For cut speeds like that you would likely need a very large high-definition plasma machine.
Also, keep in mind when estimating costs that you will spend a considerable amount of time just getting the material on the table, material lined up, removing cut parts, and dealing with the skeleton when the parts are cut.
it wasnt, i fiddled with the settings, inputed the correct ipms and set the material costs. it also lets you put the $ for labor on loading a sheet, and plasma operation etc...im trying to get a demo copy of solidnest since that would better suite my needs. right now in solidworks i have to open each file in an assembly, then export to dxf...i wish it was so i could just export to dxf within an assembly...maybe you can im just not smart enough to figure it out right now...
here is some dirty welding porn. about 3 seconds per bead on 2x2x.120 freshly cut with coolant still on the part fresh from the saw with no deburring, hence the garbage on the top of the weld..
not quite finished obviously however ill post it here before i post it in the sheetcam forum...
http://daaenterprise.com/sheetcam/tools/index.php
ability to mass add tools for plasma tip, and material thickness to set your ipm and kerf sizes. i know every machine is different but ill be making a file for the hypertherm 45/65/85 machines and post them on the same page...
got a package today. reading through the packing list and some how they think a 1651mm rail will fit in that small box?? ah damn they screwed up my shipment.... shame because i really wanted to see how smooth the drylin T is...
the e-chain is pretty badass, i havent ever bought any but i sure am glad i got this brand and this style...1 area for the torch cable and another area for the motor wires
Gurew,
Looking good, looking forward to the gantry build... All you need to do now is to get rid of those plastic rails....lol jk
i honestly had my doubts with the plastic linear rails (the rails are actually metal btw) the carriers are so cheap that if and when you need to replace them its easy to just have a bunch of extra parts on hand...and not only that, they literally do have higher life expectancy than some of the metal bearing stuff. it all comes down to math and their formulas based on weight, types of weight placement etc...
i can post some pics of the gantry cad files if you want so you can get an idea how im doing it....maybe ill start selling gantry kits like everyone else...
i changed the size of my table so the driveshaft and 2nd bracket need to be moved in (was going to do 5x10 cut area but decided to go a little smaller, closer to 4x8 cut area but the ability to literally cut a full sheet of 4x8 WITH an engraver that can access 100% of the cut area...idk if that makes sense but it does to me