I use fusion and a post processor for linux cnc, plasma specific I believe. linked in the plasmac instructions page from what I remember. I might have even linked it in my build thread a few weeks ago.
1 Like
Cool. In relation to getting things setup more properly, I made a gauge to measure the real world distance of the pierce height during the pause of a probe test, which is correct if the Float Travel value is right, and off if it is not, and it seems my float travel is right at 0.2" — I think I have successfully conducted a probe test and verified my pierce height.
I noticed how much the material bends in your video, I would make sure to set it for thicker material that doesn’t bend, and don’t worry too much about the bendy stuff since it is simple to cut and flame height matters less.
In 1/8" I can start to see the flame height in the walls of my cut, that is when I started adjusting mine. Angled open towards the top too high, open to the bottom cutting too slow. Seems I can’t get too close.
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It’s supposed to clearing up here so I can do more cuts probably this weekend!!! Maybe even make my strut plates.
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Are you talking about those plates on the lr3 gantry? If so how flat do those plates need to be? I assume as the assembly comes together it more or less would pull them flat? Also, what material?
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I used a thicker piece of steel when doing my probe testing (as recommended in the documentation for setting up QTplasmaC), measuring my floating Z travel so that I could get the settings correct for pierce height and cut height. While in an ideal world, the floating Z travel distance should not vary from material to material, the thinner and more bendy a sheet of steel is, the more flawed the Z travel fluctuation issue, but also the thinner stuff is easier to cut even if the height is off ever so slightly. So it’s a wash.
The sound logic (which I missed at first out of newness and overload) for inputting the float Z travel in its own parameter (instead of my newbie mistake of lumping it in with pierce height and cut height) is so that the parameters for pierce height and cut height can vary from material setting to material setting.
Before, or at least as soon as, I ever need to cut anything thicker, I will definitely set up a material setting for that thicker material. In the meantime the only steel I plan on cutting in the near future is 20 gauge (what was shown in my first test cut) and 18 gauge. All thin stuff.
Beyond the QTplasmaC default material setting, I currently have only one material configuration, and it is for the 20 gauge that I have sitting on it. But creating new material configs is a breeze, and getting the cut height honed in for each should be straightforward, especially given your advice about whether the sides of the cut are angled either upwards or downwards.
You’re my hero. I was all proud of my control box, your whole setup is next level.
Superb!!
2 Likes
Thanks! I am just the next guy to follow in the footsteps of some geniuses who already used plasma cutters on LowRiders, especially using the tutorials from @kd2018 and lots of advice and guidance from both him and @vicious1! And @kd2018 apparently followed after someone else who did plasma work before him, which I have not yet connected with!
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So, I drew up a pretty complex design for plasma cutting a gift for a friend, and I used Fusion 360 for CAM with the LinuxCNC plasma post processor, and I got a successful post of the .NGC file.
I think I may have mentioned this video before. It’s a little bit old in that the screen shots don’t still look exactly like that, but the overall workflow is still basically the same. (It was posted some 4 years ago.)
It took me a few tries to get it all working right. One thing I had to find and get entered was the right kerf width for the PTM80 Torch.
Like ESTLcam does, it lets you watch an animated preview of the planned cuts. I like that.
Based on the preview, I think I’m on the right track.
Well, I went to run the posted NGC file in LinuxCNC QTPlasmaC and got a lot of error notices saying “M3 command detected before movement.”
I need to go check out Ryan’s thread to see how he solved this in the post processor.
I havn’t used fusion or the pp so I probably can’t be of much help.
I did a quick google search on the error you provided and according to this thread it looks like qtplasmac expects to see an explicit G0 or G1 movement command in the line directly preceeding the M3 (cut start) command. And apparently the hobby version of fusion is a problem. Qtplasmac M3 detected error. - LinuxCNC
I’m curious to see your ngc file? maybe a real quick “post post processing” with a quick python script would remedy this.
1 Like
Thanks! During my searching I found the same article and others, and although I tried manually editing the NGC file, I seem to lack the knowledge to do so in a way that helped.
Below is my NGC file (attached) as well as a copy and paste of part of it (which is scrollable inside the code box). The full copy and paste was too much.
1001 - McClain Family Saving Lives Since 1986.ngc.zip (244.3 KB)
%
S1000
(McClain Family Saving Lives Since 1986)
(Machine)
( vendor: Hynade)
( model: CUT60DN)
( description: LowRider v3 Plasma Table withHynade CUT60DN Plasma Machine)
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(2D Profile3)
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N1093 X7.2985 Y11.6816
N1094 X7.3019 Y11.6912
N1095 X7.3066 Y11.7064
N1096 X7.3106 Y11.7215
N1097 X7.314 Y11.7367
N1098 X7.3167 Y11.7519
N1099 X7.3188 Y11.7672
N1100 X7.3201 Y11.7825
N1101 X7.3208 Y11.7978
N1102 X7.3207 Y11.8132
N1103 X7.3199 Y11.8286
N1104 X7.3184 Y11.8442
N1105 X7.3161 Y11.8599
N1106 X7.313 Y11.8756
N1107 X7.3091 Y11.8915
N1108 X7.3044 Y11.9075
N1109 X7.2983 Y11.9252
N1110 X7.2915 Y11.9426
N1111 X7.2839 Y11.9598
N1112 X7.2755 Y11.977
N1113 X7.2666 Y11.9939
N1114 X7.257 Y12.0106
N1115 X7.2469 Y12.0272
N1116 X7.2364 Y12.0435
N1117 X7.2142 Y12.0758
N1118 X7.1909 Y12.1072
N1119 X7.167 Y12.1377
N1120 X7.143 Y12.1674
N1121 X7.1196 Y12.1958
N1122 X7.0957 Y12.2248
N1123 X7.0956 Y12.2249
N1124 X7.0715 Y12.2544
N1125 X7.0714 Y12.2545
N1126 X7.0474 Y12.2846
N1127 X7.0472 Y12.2848
N1128 X7.0238 Y12.3155
N1129 X7.0236 Y12.3158
N1130 X7.001 Y12.3472
N1131 G2 X7.0007 Y12.3476 I0.0104 J0.0075
N1132 G1 X6.9793 Y12.3797
N1133 G2 X6.9791 Y12.38 I0.0106 J0.0071
N1134 G1 X6.9701 Y12.3944
N1135 X6.9697 Y12.3937
N1136 X6.9603 Y12.3768
N1137 X6.9516 Y12.3597
N1138 X6.9436 Y12.3424
N1139 X6.9364 Y12.325
N1140 X6.93 Y12.3074
N1141 X6.9246 Y12.2898
N1142 X6.92 Y12.272
N1143 X6.9166 Y12.2541
N1144 X6.9142 Y12.2362
N1145 X6.913 Y12.2181
N1146 X6.9129 Y12.1999
N1147 X6.9142 Y12.1817
N1148 X6.9168 Y12.1632
N1149 X6.9208 Y12.1448
N1150 X6.9263 Y12.126
N1151 X6.9301 Y12.1154
N1152 X6.9307 Y12.1139
N1153 X6.9604 Y12.1098
N1154 M5
N1155 G4 P 0.5
N1156 G0 Z0.2
N1157 X6.8931 Y11.6713
N1158 Z0.
N1159 M3
N1160 G4 P 0.5
N1161 G1 X6.8772 Y11.6459 F118.11
N1162 X6.8818 Y11.6371 F180.
N1163 X6.8876 Y11.6271
N1164 X6.8938 Y11.6172
N1165 X6.9075 Y11.5973
N1166 X6.9227 Y11.5779
N1167 X6.939 Y11.5588
N1168 X6.9565 Y11.5401
N1169 X6.9749 Y11.5217
N1170 X6.9941 Y11.5037
N1171 X7.0138 Y11.4861
N1172 X7.0338 Y11.4689
N1173 X7.0541 Y11.4521
N1174 X7.0744 Y11.4357
N1175 X7.0945 Y11.4197
N1176 X7.1143 Y11.4041
N1177 X7.1335 Y11.3889
N1178 X7.152 Y11.3741
N1179 X7.1521
N1180 X7.1911 Y11.3423
N1181 X7.1913 Y11.3421
N1182 X7.2298 Y11.3092
N1183 X7.23 Y11.309
N1184 X7.2489 Y11.2921
N1185 X7.2491 Y11.2919
N1186 X7.2677 Y11.2745
N1187 X7.2679 Y11.2743
N1188 X7.286 Y11.2566
N1189 X7.2862 Y11.2563
N1190 X7.2881 Y11.2544
N1191 X7.2904 Y11.2643
N1192 X7.2935 Y11.2798
N1193 X7.296 Y11.2954
N1194 X7.2978 Y11.3108
N1195 X7.2989 Y11.3262
N1196 X7.2993 Y11.3416
N1197 X7.2991 Y11.357
N1198 X7.2982 Y11.3722
N1199 X7.2964 Y11.3876
N1200 X7.2941 Y11.4028
N1201 X7.2909 Y11.4181
N1202 X7.2869 Y11.4335
N1203 X7.2822 Y11.4488
N1204 X7.2767 Y11.4642
N1205 X7.2704 Y11.4797
N1206 X7.2625 Y11.4965
N1207 X7.2538 Y11.5132
N1208 X7.2445 Y11.5296
N1209 X7.2344 Y11.5457
N1210 X7.2237 Y11.5616
N1211 X7.2125 Y11.5773
N1212 X7.2007 Y11.5927
N1213 X7.1886 Y11.6079
N1214 X7.1631 Y11.6376
N1215 X7.1366 Y11.6664
N1216 X7.1097 Y11.6943
N1217 X7.0827 Y11.7213
N1218 X7.0565 Y11.7471
N1219 X7.0296 Y11.7734
N1220 X7.0025 Y11.8003
N1221 X7.0024 Y11.8004
N1222 X6.9754 Y11.8278
N1223 X6.9752 Y11.828
N1224 X6.9486 Y11.8561
N1225 X6.9484 Y11.8564
N1226 X6.9226 Y11.8852
N1227 G2 X6.9223 Y11.8856 I0.0095 J0.0085
N1228 G1 X6.8977 Y11.9152
N1229 G2 X6.8975 Y11.9155 I0.0098 J0.0082
N1230 G1 X6.887 Y11.929
N1231 X6.8867 Y11.9282
N1232 X6.8792 Y11.9103
N1233 X6.8723 Y11.8924
N1234 X6.8661 Y11.8744
N1235 X6.8607 Y11.8563
N1236 X6.8562 Y11.8383
N1237 X6.8526 Y11.8201
N1238 X6.85 Y11.802
N1239 X6.8484 Y11.7838
N1240 X6.8479 Y11.7657
N1241 X6.8486 Y11.7476
N1242 X6.8505 Y11.7296
N1243 X6.8536 Y11.7115
N1244 X6.8581 Y11.6935
N1245 X6.8641 Y11.6755
N1246 X6.8715 Y11.6574
N1247 X6.8764 Y11.6473
N1248 X6.8772 Y11.6459
N1249 X6.9071 Y11.6448
N1250 M5
N1251 G4 P 0.5
N1252 G0 Z0.2
N1253 X6.8861 Y11.2017
N1254 Z0.
N1255 M3
(... snip ...)
N29197 G28 G91 Z0.
N29198 G90
N29199 G28
N29200 M30
%
Also of interest was this thread (link below), which gave me hope that an edit to a post processor file might work, but I lack the knowledge to even try that:
where the OP, calexpavel, says in MESSAGE 7 OF 14 (06-21-2019 04:59 AM):
It wasn’t adding a g0 or g1 command after g80, but i have added
gMotionModal.reset()
at the end of
onCycleEnd()
function and now it works.
Thanks!
Well… I’ve found at least 18,379 lines from your file that would need to be edited 
I might could write a script to make your ngc files at least load but this would be a hack and certainly not the correct way to go about it. Hopefully @vicious1 or someone else has some fusion cam insight. Let me know if you want to try but I’d explore other options first.
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LOL. I swing for the fence! 
For s and giggles you could try this
test2.zip (249.0 KB)
Around line 18 or 19 the G43 is throwing me for a loop… so I deleted it entirely 
OK, something else to consider…
In my advance work on trying to be ready to post files before I even had a functional table, I had actually located more than one post processor.
In my eagerness to get a first real usable cut done, I did not pay close attention to which of the post processors I selected!
I just now realized that, and I decided to methodically try each one.
As I started to do that, I saw indications that the first try was not made with the one that has “PlasmaC” in the name! Rather it seems it was with one that is listed in the Fusion Library as simply being for “LinuxCNC” …
So I reran it with the one that has PlasmaC in the name! I am headed out to try it now! Wish me success!
1 Like
Hey, that’s a cool idea. I’ll have to look into the details on that.
1 Like
I’m using VirtualBox to install LinuxCNC’s debian distro on top of my windows 10 machine.
From there I just run through the install docs (section 4.2) to upgrade from 2.8 to 2.9 (buildbot) to get qtplasmac QtPlasmaC
To run the qtplasmac sim go to Applications → CNC → LinxCNC → Sample Configurations → sim → qtplasmac → finally pick your flavor
1 Like