need to configure post for Toyoda FA550ii w/ GE Fanuc Series 16i-M

[Bret Vanderhyden]

Hi -- I need to configure a post processor for a Toyoda FA550ii with a GE Fanuc Series 16i-M. This is my first time programming for a 4 axis HMC, and my reseller has suggested using the generic HMC post. Does anybody have any experience with this machine, or better, have experience configuring a post for this machine? Any help would be appreciated.

 

-Bret Vanderhyden

Goleta, California

[NOTW Programmer]

You can always start with the MPMaster post and modify your code accordingly. Do you need help modifying your post, I can help !

[Guest CNC Apps Guy 1]

I started with the MPMaster post, added shower coolant on, etc...

 

Does your machine have OP Supporter? (Tool Management)

[Bret Vanderhyden]

I have no experience using the MP/lMaster post. This is an enhanced version of the Mpfan created by In-house-solutions? Does it provide more options to the user to modify/configure post beyond what is available in the machine/control def?

 

I should also add that I am using X6 for solidworks.

[Tim Johnson]

The MPMaster post has the basic user options built in but you can modify it to do almost anything. I use MPMaster and would recommend starting with it also.

[PcRobotic]

I'm also using MPMaster too and after 6 months of modifying I can be calling myself ans "Intermediate" level, tell me what you need for your machine post. This is my sample post.

Let me know if I can help you, I was there when post is fighting the machine now they all good for me. I understand the painful and let me know if I can help.

++++++++++++++++++++

 

 

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O0258 (SOFT JAW.NC)

(SOURCE FILE= SOFT JAW.MCX-5)

(POSTED ON OCT.29.2012 AT 11:41)

(SHIZUOKA SV4024)

(TOOL LIST)

(T1 3" FACE MILL D1 H1 )

(T4 1/2 FLAT ENDMILL D4 H4 )

(T5 1/4 CHAMFER MILL D304 H304 )

M1G90(CONFIRM YOUR WORKOFFSETS)

G10L2P1(G54)X0Y0Z0

(2 INCH)

N1(BACK RIGHT)

(SKIM CUT)

G0 G17 G40 G49 G80 G90

G91 G28 Z0 T1

M6 (3" FACE MILL)

G0 G90 G54

X-2.1 Y-.9925 S5000 M3

G43 H1(D1) Z2. T4

M8 G4 P1500(DOC= Z0.)

Z.2

G1 Z0. F50.

X0.

X6.169

X8.269

G0 Z2.

M9

G91 G28 Z0 M5

M1

N4(BORING 2 HOLES)

G0 G17 G40 G49 G80 G90

G91 G28 Z0 T4

M6 ( 1/2 FLAT ENDMILL)

G0 G90 G54

X4.899 Y-1.0014 S5000 M3

G43 H4(D4) Z2. T5

M8 G4 P1500(DOC= Z-.53)

Z.1

G3 X5.145 Y-1.0886 Z.0785 I.123 J-.0436 F30.

X4.899 Y-1.0014 Z.057 I-.123 J.0436

X5.145 Y-1.0886 Z.0355 I.123 J-.0436

X4.899 Y-1.0014 Z.0141 I-.123 J.0436

X5.145 Y-1.0886 Z-.0074 I.123 J-.0436

X4.899 Y-1.0014 Z-.0289 I-.123 J.0436

X5.145 Y-1.0886 Z-.0504 I.123 J-.0436

X4.899 Y-1.0014 Z-.0719 I-.123 J.0436

X5.145 Y-1.0886 Z-.0934 I.123 J-.0436

X4.899 Y-1.0014 Z-.1149 I-.123 J.0436

X5.145 Y-1.0886 Z-.1363 I.123 J-.0436

X4.899 Y-1.0014 Z-.1578 I-.123 J.0436

X5.145 Y-1.0886 Z-.1793 I.123 J-.0436

X4.899 Y-1.0014 Z-.2008 I-.123 J.0436

X5.145 Y-1.0886 Z-.2223 I.123 J-.0436

X4.899 Y-1.0014 Z-.2438 I-.123 J.0436

X5.145 Y-1.0886 Z-.2653 I.123 J-.0436

X4.899 Y-1.0014 Z-.2868 I-.123 J.0436

X5.145 Y-1.0886 Z-.3082 I.123 J-.0436

X4.899 Y-1.0014 Z-.3297 I-.123 J.0436

X5.145 Y-1.0886 Z-.3512 I.123 J-.0436

X4.899 Y-1.0014 Z-.3727 I-.123 J.0436

X5.145 Y-1.0886 Z-.3942 I.123 J-.0436

X4.899 Y-1.0014 Z-.4157 I-.123 J.0436

X5.145 Y-1.0886 Z-.4371 I.123 J-.0436

X4.899 Y-1.0014 Z-.4586 I-.123 J.0436

X5.145 Y-1.0886 Z-.4801 I.123 J-.0436

X4.899 Y-1.0014 Z-.5016 I-.123 J.0436

X5.145 Y-1.0886 Z-.5231 I.123 J-.0436

X5.1244 Y-.9641 Z-.53 I-.123 J.0436

X4.9196 Y-1.1259 I-.1024 J-.0809

X5.1244 Y-.9641 I.1024 J.0809

X5.022 Y-.9045 I-.1269 J-.1003

Y-1.1855 I0. J-.1405

Y-.9045 I0. J.1405

X4.9517 Y-.9748 I0. J-.0703

G1 X5.022 Y-1.045

Y-.9747

G41 D4 X5.0922

G3 X5.022 Y-.9045 I-.0702 J0.

Y-1.1855 I0. J-.1405

Y-.9045 I0. J.1405

X5.0148 Y-.9047 I0. J-.1405

X4.9482 Y-.9784 I.0036 J-.0702

G1 G40 X5.0184 Y-.9748

X5.022 Y-1.045

G0 Z.25

X1.024 Y-1.0014

Z.1

G3 X1.27 Y-1.0886 Z.0785 I.123 J-.0436

X1.024 Y-1.0014 Z.057 I-.123 J.0436

X1.27 Y-1.0886 Z.0355 I.123 J-.0436

X1.024 Y-1.0014 Z.0141 I-.123 J.0436

X1.27 Y-1.0886 Z-.0074 I.123 J-.0436

X1.024 Y-1.0014 Z-.0289 I-.123 J.0436

X1.27 Y-1.0886 Z-.0504 I.123 J-.0436

X1.024 Y-1.0014 Z-.0719 I-.123 J.0436

X1.27 Y-1.0886 Z-.0934 I.123 J-.0436

X1.024 Y-1.0014 Z-.1149 I-.123 J.0436

X1.27 Y-1.0886 Z-.1363 I.123 J-.0436

X1.024 Y-1.0014 Z-.1578 I-.123 J.0436

X1.27 Y-1.0886 Z-.1793 I.123 J-.0436

X1.024 Y-1.0014 Z-.2008 I-.123 J.0436

X1.27 Y-1.0886 Z-.2223 I.123 J-.0436

X1.024 Y-1.0014 Z-.2438 I-.123 J.0436

X1.27 Y-1.0886 Z-.2653 I.123 J-.0436

X1.024 Y-1.0014 Z-.2868 I-.123 J.0436

X1.27 Y-1.0886 Z-.3082 I.123 J-.0436

X1.024 Y-1.0014 Z-.3297 I-.123 J.0436

X1.27 Y-1.0886 Z-.3512 I.123 J-.0436

X1.024 Y-1.0014 Z-.3727 I-.123 J.0436

X1.27 Y-1.0886 Z-.3942 I.123 J-.0436

X1.024 Y-1.0014 Z-.4157 I-.123 J.0436

X1.27 Y-1.0886 Z-.4371 I.123 J-.0436

X1.024 Y-1.0014 Z-.4586 I-.123 J.0436

X1.27 Y-1.0886 Z-.4801 I.123 J-.0436

X1.024 Y-1.0014 Z-.5016 I-.123 J.0436

X1.27 Y-1.0886 Z-.5231 I.123 J-.0436

X1.2494 Y-.9641 Z-.53 I-.123 J.0436

X1.0446 Y-1.1259 I-.1024 J-.0809

X1.2494 Y-.9641 I.1024 J.0809

X1.147 Y-.9045 I-.1269 J-.1003

Y-1.1855 I0. J-.1405

Y-.9045 I0. J.1405

X1.0768 Y-.9748 I0. J-.0703

G1 X1.147 Y-1.045

Y-.9747

G41 D4 X1.2172

G3 X1.147 Y-.9045 I-.0702 J0.

Y-1.1855 I0. J-.1405

Y-.9045 I0. J.1405

X1.1398 Y-.9047 I0. J-.1405

X1.0733 Y-.9784 I.0036 J-.0702

G1 G40 X1.1434 Y-.9748

X1.147 Y-1.045

G0 Z.25

Z2.

M9

G91 G28 Z0 M5

M1

N5(TOP CHAMFERING)

G0 G17 G40 G49 G80 G90

G91 G28 Z0 T5

M6 ( 1/4 CHAMFER MILL)

G0 G90 G54

X-.1595 Y.1545 S5000 M3

G43 H304(D304) Z2. T1

M8 G4 P1500(DOC= Z-.055)

Z.1

G1 Z-.055 F10.

G41 D304 X-.0357 Y.0307 F40.

X-.0307 Y.0357

G40 X-.1545 Y.1595

G0 Z2.

M9

G91 G28 Z0 M5

G28 Y0 M1

T1 M6

G90

M30

%

[yamablingin]

I made a post for our toyoda that worked great. Its in X2 cause we sold the toyoda but i still have the post

[Mick]

I created a post for our Toyoda FA1050S with Fanuc 31i control, using the MPMaster post. It was rock solid, and worked great. Added a few features etc