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okuma 5axis 3+2 gcode= haas g254 help

jz25180

Plastic
Joined
Jan 20, 2011
Location
texas austin
just got a new okuma m460v-5axis. im used to run a haas 750ss. im needing help with dwo (dynamic work offset). Haas as a g254 for it. i seen that okuma has g169 but thats for tcp. i seen on other forms apt 0088 and g605/g604. but not much info. must parts would be running are program 3+2. not true 5 axis
 
just got a new okuma m460v-5axis. im used to run a haas 750ss. im needing help with dwo (dynamic work offset). Haas as a g254 for it. i seen that okuma has g169 but thats for tcp. i seen on other forms apt 0088 and g605/g604. but not much info. must parts would be running are program 3+2. not true 5 axis

Is this what you're looking for?
I have 3 versions of this in my post (I use the G111)

CALL OO88 PX=VC10 PY=VC11 PZ=VC12 PA=-90. PC=0. PH=1 PP=10

"CALL", "OO88", "PX=VC10", "PY=VC11", "PZ=VC12", *adyn, *cdyn, *h_wcs, *p_wcs

"G111", *adyn, *cdyn, *h_wcs, *p_wcs
 
just got a new okuma m460v-5axis. im used to run a haas 750ss. im needing help with dwo (dynamic work offset). Haas as a g254 for it. i seen that okuma has g169 but thats for tcp. i seen on other forms apt 0088 and g605/g604. but not much info. must parts would be running are program 3+2. not true 5 axis

Obvious learning curve aside how do you like the 460-5ax so far?
 
Is this what you're looking for?
I have 3 versions of this in my post (I use the G111)

CALL OO88 PX=VC10 PY=VC11 PZ=VC12 PA=-90. PC=0. PH=1 PP=10

"CALL", "OO88", "PX=VC10", "PY=VC11", "PZ=VC12", *adyn, *cdyn, *h_wcs, *p_wcs

"G111", *adyn, *cdyn, *h_wcs, *p_wcs

Could you a quick simple sample in how you use 0088. Or g111.
 
Could you a quick simple sample in how you use 0088. Or g111.

Code:
O1234 (CUSTOMER X)
(POST-OKUMA-GENOS-5AX.pst)
(MATERIAL-6061 ALUMINUM)
(PROGRAM-XXX.MIN)
(DATE-DEC-12-2019)
(TIME-3:56 PM)
(OP1-5AX)
(DEC 12 2019-3:56 PM)
(T1 - 3/4 BLIZZARD-H1-D1-D0.7500")
G00 G17 G20 G40 G80 G90
G30 P2
N10
(ROUGH BIG FLOOR)
IF[VTLCN EQ 1] N101
T1 M06 ( 3/4 BLIZZARD)
N101 M01
G15 H1
[COLOR="#FF0000"][B]G111 B=0. A=0. H=1 P=80[/B][/COLOR]
G00 G17 G90 B0. A0. S9000 M03
G56 H1
X4.5871 Y-3.2725
Z2.
M08
Z.25
G94 G01 Z-1.99 F150.
G41 D1 X4.4811 Y-3.1664 F135.

The top of our part is programmed Z zero, with X and Y being center of rotation.
In the G111 line, the P80 is work offset 80 (G15H80) And for 80 the program will auto-update it.
And in your G15H1 Z value, you Calc the Z zero (top of part) from the center of B axis off the table.
For touching off tools, we made a cylinder that is 180mm long and touch to that.
We don't have a true 5ax machine, we have the Genos M560 with a Tsudakoma TWA-160 table.
We can do simultaneous 5axis machining but it's tricky since we don't have TCPC. So I use mostly 3+2 toolpaths.

Your values will probably be different since you have the 460 5ax though but that should give you an idea.

Question, why aren't you using TCPC?
Also keep in mind that your post needs to have these variables and stuff in order for it to spit out the correct numbers. I assume you have a 5axis post for this machine? And I was assuming you are using Mastercam, if not, my variables probably won't work for you. But the G code should.
 
I figured out the 0088 . Your programer doesn't really know how to program true 5 axis. 99% of your parts are down on 3+2 movement. That is why we dont use tcp. Okuma has g605 to active dfo but no info. I found one guy on emastercam. That uses it but he hasn't replied back to me.
 








 
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