Im just working with some surfacing toolpaths and for some reason whenever I leave more stock on the check surface than the drive surface my toolpath gets all sorts of jacked up. Instead of machining a smooth line it jumps around and only finishes parts of the wall. Any ideas? I did surfacing in Mastercam 9 as well and didn't have this issue.

And believe me I would love to get with the times but I'm not in charge of software purchasing... They just want me to figure this out.....

Exactly, I was just about to verify that. Its the first release unfortunately

Would I find that in the machine type pull down menu? I'm just seeing general fanuc 5x mill.control. Nothing in my machine type definition says haas

okay so that was expected as I had the machine type set to default. Here is another post for the toolpath with 5 axis table - head vertical selected. 102 G20 N104 G0 G17 G40 G80 G90 G94 G98 N106 G0 G28 G91 Z0. N108 G0 G28 X0. Y0. N110 ( 1/2 BALL ENDMILL TOOL - 1 DIA. OFF. - 1 LEN. - 1 DIA. - .5 ) N112 T1 M6 N114 G0 G54 G90 X3.8773 Y.4114 C-66.337 B-28.889 S1069 M3 N116 G43 H1 Z6.8807 N118 Z2.9807 N120 G1 Z2.8807 F40. N122 X3.7011 Y.2627 Z2.9089 C-65.861 B-28.603 N124 X3.6375 Y.2597 Z2.9521 C-65.533 B-28.141 N126 X3.5929 Y.2837 Z3.0231 C-64.685 B-27.377 N128 X3.5396 Y.2802 Z3.0571 C-64.229 B-27.005 N130 X3.4934 Y.2818 Z3.0919 C-63.772 B-26.617 N132 X3.4081 Y.289 Z3.1596 C-62.799 B-25.849 N134 X2.6085 Y.3467 Z3.6606 C-50.911 B-19.353 N136 X2.0365 Y.3985 Z3.9141 C-35.996 B-15.308 N138 X1.5955 Y.4253 Z4.0565 C-14.787 B-12.901 N140 X1.3924 Y.3799 Z4.1043 C11.237 B-12.723 N142 X1.5296 Y.2792 Z4.0557 C33.466 B-14.868 N144 X1.7148 Y.2247 Z3.9905 C42.414 B-16.687 N146 X1.7448 Y.2174 Z3.9788 C43.728 B-16.967 N148 X1.7852 Y.214 Z3.9619 C44.907 B-17.39 N150 X1.8445 Y.2038 Z3.94 C45.946 B-17.937 Thats not the entire program but just so you get it. The B axis movements look to be correct but I've got a C axis in there and I'm only working with XYZAB

(PROGRAM NAME - 2222 ) (DATE=DD-MM-YY - 29-09-15 TIME=HH:MM - 13:47 ) N100 G20 N102 G0 G17 G40 G49 G80 G90 / N104 G91 G28 Z0. / N106 G28 X0. Y0. / N108 G92 X10. Y10. Z10. ( 1/2 BALL ENDMILL TOOL - 1 DIA. OFF. - 1 LEN. - 1 DIA. - .5 ) N110 T1 M6 N112 G0 G90 X.2298 Y-.3944 A-12.487 S1069 M3 N114 G43 H1 Z3.3926 N116 X1.9555 Z-.1048 N118 G1 X1.9998 Z-.1945 F40. N120 X1.8019 Y-.4692 Z-.2831 A-12.571 F14.64 N122 X1.7598 Y-.464 Z-.2884 A-12.491 F75.01 N124 X1.7488 Y-.4659 Z-.2705 A-12.485 F10.77 N126 X1.7118 Y-.4665 Z-.2765 A-12.494 N128 X1.6835 Y-.4662 Z-.2781 A-12.488 N130 X1.6348 Z-.278 A-12.487 N132 X1.1873 Z-.2895 F40. N134 X.8695 Z-.2949 N136 X.577 Z-.2975 N138 X.2841 Z-.2977 N140 X-.0085 Z-.2954 A-12.488 F.08 This post swapped out the B moves for F...... Im stumped

Im using Mastercam X and am trying to get 5 axis swarf toolpaths to post properly. The machine in use is a Haas Vf-4 with a trunnion. The trunnion axis are A and B. So it would be a table-table configuration. What has me confused is that there does not seem to be a machine configuration to suit this. The closest one is a table-table horizontal configuration. So my problem is after I make the toolpath I post it and the B axis is replaced with a C axis (that the machine doesn't have). I messed a little bit with editing the machine configurations in the machine group properties and when I thought I had it correctly configured to use A and B as my rotary axis, I get an error saying the machine configuration doesn't allow for that type of toolpath. Any help would be appreciated.