buy single lips cutter blank & single lips cutter grinder. You can make whatever size you want.

In Autocad, use command pellipse, and fill 1. This mean the ellipse made from few arc.

The smallest drill bit I use is 0.3mm I use drill chuck, which can adjust from 0-13mm Most normal drill chuck cannot use.

Hi opcode, I want to the compensation is controlled by overburn. the overburn can't set to zero. You can't fill in zero, but you can fill very small amount that your machine can't recognize . Maybe 0.00001

Nobody ???

Ron, your gear cannot be rotated if you make like that.

Hallo, I want to draw complete worm gear, anybody can inform me how to?

I used to use straight single lips with radius .002 . but very difficult to make.

I want to buy end mill grinder to grind only tip of carbide endmill diameter 4mm - 32mm. Anybody know what brand is the best? Thanks in advance.

J, what is your machine

I've experience something like that, try check ij setting

Happy now, My post work more or less as my wish. See: (PROGRAM NAME - TONNY); (DATE=DD-MM-YY - 10-04-07 TIME=HH:MM - 00:53); ( VER : 2.10A Sodick database 3.2[0]M ); ( Search Data :Water,BrassƒÓ0.20,Punch,Close,Steel,30.00mm,E=0, 3.8ƒÊ,3times,0.0000 ); ( ON OFF IP HRP MAO SV V SF C PIK CTRL WK WT WS WP); C000 = 006 014 2215 000 240 040 8 0060 0 000 0000 020 120 130 045; C001 = 008 014 2215 000 242 015 8 0060 0 000 0000 020 120 130 055; C002 = 002 023 2215 000 750 048 8 6050 0 000 0000 020 120 130 012; C903 = 000 001 1015 000 000 030 7 7050 0 008 0000 020 120 130 012; ( Other Information ); ( UP DN ! 1st 2nd~ ! ); (----------------------!------------------!---------------------); ( Dice : 0.21 0.22 ! PS :15.0 1.0 ! Resi.: 50000 ); ( Nozzle: 6.0 6.0 ! UP : 6.0 1.0 ! Taper Offse:0.0020 ); ( Distance: 0.1 0.1 ! DN : 6.0 1.0 ! ); H000 = 0.010; H001 = 0.000; ; ; ( Die Contour 1 , 1 st cut ); TP0. ; TN100. ; QAIC(2,1,0.1000,002.0,0.1300,0.0300,012.0,0011,0036,15,035); G90 ; G92 X0. Y30. ; T91; T84; C000 H000; G42 G01 G52 X0. Y25.0955 A.002 ; C001 H001; G01 Y20.191 ; G01 X-9.809 ; G01 Y39.809 ; G01 X9.809 ; G01 Y20.191 ; G01 X.1 ; G40 G01 G50 Y30. ; T85; G149G249; ( Tab cut for Die Contour 1 , 1 st tab cut ); G00 X.1 Y30. ; QAIC(2,1,0.1000,002.0,0.1300,0.0300,012.0,0011,0036,15,035); T84; C001 H001; G42 G01 G52 Y20.191 A.002 ; M00; G01 X0. ; G40 G01 G50 Y30. ; T85; G149G249; ( Die Contour 1 , 2 nd cut ); G00 X0. Y30. ; C002 H001; G41 G01 G51 Y20.126 A.002 ; G01 X9.874 ; G01 Y39.874 ; G01 X-9.874 ; G01 Y20.126 ; G01 X0. ; G40 G01 G50 Y30. ; ( Die Contour 1 , 3 rd cut ); G00 X0. Y30. ; C903 H001; G42 G01 G52 Y20.106 A.002 ; G01 X-9.894 ; G01 Y39.894 ; G01 X9.894 ; G01 Y20.106 ; G01 X0. ; G40 G01 G50 Y30. ; T90; ( Die Contour 2 , 1 st cut ); G00 X30. Y30. ; QAIC(2,1,0.1000,002.0,0.1300,0.0300,012.0,0011,0036,15,035); T91; T84; C000 H000; G42 G01 G52 X30. Y25.0955 A.002 ; C001 H001; G01 Y20.191 ; G01 X20.191 ; G01 Y39.809 ; G01 X39.809 ; G01 Y20.191 ; G01 X30.1 ; G40 G01 G50 Y30. ; T85; G149G249; ( Tab cut for Die Contour 2 , 1 st tab cut ); G00 X30.1 Y30. ; QAIC(2,1,0.1000,002.0,0.1300,0.0300,012.0,0011,0036,15,035); T84; C001 H001; G42 G01 G52 Y20.191 A.002 ; G01 X30. ; G40 G01 G50 Y30. ; T85; G149G249; ( Die Contour 2 , 2 nd cut ); G00 X30. Y30. ; C002 H001; G41 G01 G51 Y20.126 A.002 ; G01 X39.874 ; G01 Y39.874 ; G01 X20.126 ; G01 Y20.126 ; G01 X30. ; G40 G01 G50 Y30. ; ( Die Contour 2 , 3 rd cut ); G00 X30. Y30. ; C903 H001; G42 G01 G52 Y20.106 A.002 ; G01 X20.106 ; G01 Y39.894 ; G01 X39.894 ; G01 Y20.106 ; G01 X30. ; G40 G01 G50 Y30. ; T90; M02; ( TOTAL LENGTH IS 630.7757 MM ) % Check, I make first aproach cut divide by 2, half for C000 H000 and second C001 H001. This is the best way to avoid wire broken. Any idea to add to my post? Tomorrow morning I'll test cut on machine. I'm happy now, tomorrow can sleep early. no need to work till 3AM. See my picture, that's how I work. To BERTRAM BOY, my job actually maximum size 3mm x 3mm, last week I cut carbide drawing dies square .5mm x .5mm . this one, must cut as smooth as possible, as my machine finish can archieve 0,9urz so easier to do finishing.( by diamond paste ) sometimes, I cut 0.3x0.5 size with profile, not rectangular. This make me crazy, must use wire 0.07mm last month I cut gear z=20 D=12, try if you can cut ( must use checking cutting interference ) but I don't like, sometimes "machine hang" Also, many cuts all with the same offset and changing your geometry not a problem for me, I do only chaining, all offset made by computer (using library). So my worker if changing the offset maximum 0.003 I do all with single operation.

Forgot to tell you, my wire job mostly for progresive die. see my drawing, I cut 7 times simple square 20 mm x 20 mm, with compensation on both computer and control, my purpose to do computer calculation is avoid cutting interference (since mostly my drawing max size is 3mm), and control to give my worker allowance adjustment (about 3 - 5 micron) http://i31.photobucket.com/albums/c396/thtalim/gambar.jpg if number of tab cuts = additional skim cuts [before tab] + 1 (first rough) http://i31.photobucket.com/albums/c396/thtalim/right.jpg result of my post as follow, (PROGRAM NAME - RIGHT); (DATE=DD-MM-YY - 08-04-07 TIME=HH:MM - 18:10); ( VER : 2.10A Option database ); ( Search Data :Water-5,BrassƒÓ0.20,Punch,Close,Steel,10.00mm,E=0, 0.9ƒÊ,7times,0.0000 ); ( ON OFF IP HRP MAO SV V SF C PIK CTRL WK WT WS WP); C000 = 006 015 2215 000 250 040 8 0100 0 000 0000 020 120 100 040; C001 = 008 015 2215 000 251 025 8 0100 0 000 0000 020 120 100 045; C002 = 002 011 2215 000 000 045 5 1068 0 000 0000 020 160 100 140; C003 = 001 024 2210 000 000 023 2 1028 0 000 0000 020 160 100 240; C004 = 015 024 0515 000 000 005 0 1048 0 000 0000 020 160 100 240; C905 = 000 001 1015 000 022 012 3 3150 0 009 0000 020 160 100 240; C906 = 100 000 0001 000 025 000 8 3100 0 020 0000 020 160 100 240; C907 = 100 000 0001 000 025 000 3 3060 0 020 0000 020 160 100 240; ( Other Information ); ( UP DN ! 1st 2nd~ ! ); (----------------------!------------------!---------------------); ( Dice : 0.21 0.21 ! PS : 9.0 2.0 ! Resi.:100000 ); ( Nozzle: 6.0 6.0 ! UP : 6.0 1.0 ! Taper Offse:0.0000 ); ( Distance: 0.1 0.1 ! DN : 6.0 1.0 ! ); H001 = 0.; (PASS = 1); ( Die Contour 1 , 1 st cut); QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); G90 ; G92 X0. Y90. ; T91; T84; C001 H001; G42 G01 Y80.211 ; G01 X-9.789 ; G01 Y99.789 ; G01 X9.789 ; G01 Y80.211 ; G01 X1.5 ; G40 G01 Y90. ; T85; G149G249; (PASS = 2); ( Die Contour 1 , 2 nd cut); G00 X1.5 Y90. ; C002 H001; G41 G01 Y80.141 ; G01 X9.859 ; G01 Y99.859 ; G01 X-9.859 ; G01 Y80.141 ; G01 X0. ; G40 G01 Y90. ; (PASS = 3); ( Die Contour 1 , 3 rd cut); G00 X0. Y90. ; C003 H001; G42 G01 Y80.121 ; G01 X-9.879 ; G01 Y99.879 ; G01 X9.879 ; G01 Y80.121 ; G01 X1.5 ; G40 G01 Y90. ; T90; (PASS = 1); ( Die Contour 2 , 1 st cut); G00 X30. Y90. ; QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); T91; T84; C001 H001; G42 G01 Y80.211 ; G01 X20.211 ; G01 Y99.789 ; G01 X39.789 ; G01 Y80.211 ; G01 X31.5 ; G40 G01 Y90. ; T85; G149G249; (PASS = 2); ( Die Contour 2 , 2 nd cut); G00 X31.5 Y90. ; C002 H001; G41 G01 Y80.141 ; G01 X39.859 ; G01 Y99.859 ; G01 X20.141 ; G01 Y80.141 ; G01 X30. ; G40 G01 Y90. ; (PASS = 3); ( Die Contour 2 , 3 rd cut); G00 X30. Y90. ; C003 H001; G42 G01 Y80.121 ; G01 X20.121 ; G01 Y99.879 ; G01 X39.879 ; G01 Y80.121 ; G01 X31.5 ; G40 G01 Y90. ; (PASS = 1); (Tab cut for Die Contour 2 , 1 st tab cut); G00 X31.5 Y90. ; QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); T84; C001 H001; G42 G01 Y80.211 ; M00 G01 X30. ; G40 G01 Y90. ; T85; G149G249; (PASS = 2); (Tab cut for Die Contour 2 , 2 nd tab cut); G00 X30. Y90. ; C002 H001; G41 G01 Y80.141 ; G01 X31.5 ; G40 G01 Y90. ; (PASS = 3); (Tab cut for Die Contour 2 , 3 rd tab cut); G00 X31.5 Y90. ; C003 H001; G42 G01 Y80.121 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 1); (Tab cut for Die Contour 1 , 1 st tab cut); G00 X0. Y90. ; QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); T91; T84; C001 H001; G41 G01 Y80.211 ; M00 G01 X1.5 ; G40 G01 Y90. ; T85; G149G249; (PASS = 2); (Tab cut for Die Contour 1 , 2 nd tab cut); G00 X1.5 Y90. ; C002 H001; G42 G01 Y80.141 ; G01 X0. ; G40 G01 Y90. ; (PASS = 3); (Tab cut for Die Contour 1 , 3 rd tab cut); G00 X0. Y90. ; C003 H001; G41 G01 Y80.121 ; G01 X1.5 ; G40 G01 Y90. ; T90; (PASS = 4); ( Die Contour 1 , 4 th cut); G00 X0. Y90. ; T91; C004 H001; G42 G01 Y80.11 ; G01 X-9.89 ; G01 Y99.89 ; G01 X9.89 ; G01 Y80.11 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 4); ( Die Contour 2 , 4 th cut); G00 X30. Y90. ; T91; C004 H001; G42 G01 Y80.11 ; G01 X20.11 ; G01 Y99.89 ; G01 X39.89 ; G01 Y80.11 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 5); ( Die Contour 1 , 5 th cut); G00 X0. Y90. ; T91; C905 H001; G42 G01 Y80.106 ; G01 X-9.894 ; G01 Y99.894 ; G01 X9.894 ; G01 Y80.106 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 5); ( Die Contour 2 , 5 th cut); G00 X30. Y90. ; T91; C905 H001; G42 G01 Y80.106 ; G01 X20.106 ; G01 Y99.894 ; G01 X39.894 ; G01 Y80.106 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 6); ( Die Contour 1 , 6 th cut); G00 X0. Y90. ; T91; C906 H001; G42 G01 Y80.104 ; G01 X-9.896 ; G01 Y99.896 ; G01 X9.896 ; G01 Y80.104 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 6); ( Die Contour 2 , 6 th cut); G00 X30. Y90. ; T91; C906 H001; G42 G01 Y80.104 ; G01 X20.104 ; G01 Y99.896 ; G01 X39.896 ; G01 Y80.104 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 7); ( Die Contour 1 , 7 th cut); G00 X0. Y90. ; T91; C907 H001; G42 G01 Y80.103 ; G01 X-9.897 ; G01 Y99.897 ; G01 X9.897 ; G01 Y80.103 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 7); ( Die Contour 2 , 7 th cut); G00 X30. Y90. ; T91; C907 H001; G42 G01 Y80.103 ; G01 X20.103 ; G01 Y99.897 ; G01 X39.897 ; G01 Y80.103 ; G01 X30. ; G40 G01 Y90. ; T90; M02; % if number of tab cuts <> additional skim cuts [before tab] + 1 (first rough) http://i31.photobucket.com/albums/c396/thtalim/wrong.jpg result of my post as follow, (PROGRAM NAME - WRONG); (DATE=DD-MM-YY - 08-04-07 TIME=HH:MM - 18:11); ( VER : 2.10A Option database ); ( Search Data :Water-5,BrassƒÓ0.20,Punch,Close,Steel,10.00mm,E=0, 0.9ƒÊ,7times,0.0000 ); ( ON OFF IP HRP MAO SV V SF C PIK CTRL WK WT WS WP); C000 = 006 015 2215 000 250 040 8 0100 0 000 0000 020 120 100 040; C001 = 008 015 2215 000 251 025 8 0100 0 000 0000 020 120 100 045; C002 = 002 011 2215 000 000 045 5 1068 0 000 0000 020 160 100 140; C003 = 001 024 2210 000 000 023 2 1028 0 000 0000 020 160 100 240; C004 = 015 024 0515 000 000 005 0 1048 0 000 0000 020 160 100 240; C905 = 000 001 1015 000 022 012 3 3150 0 009 0000 020 160 100 240; C906 = 100 000 0001 000 025 000 8 3100 0 020 0000 020 160 100 240; C907 = 100 000 0001 000 025 000 3 3060 0 020 0000 020 160 100 240; ( Other Information ); ( UP DN ! 1st 2nd~ ! ); (----------------------!------------------!---------------------); ( Dice : 0.21 0.21 ! PS : 9.0 2.0 ! Resi.:100000 ); ( Nozzle: 6.0 6.0 ! UP : 6.0 1.0 ! Taper Offse:0.0000 ); ( Distance: 0.1 0.1 ! DN : 6.0 1.0 ! ); H001 = 0.; (PASS = 1); ( Die Contour 1 , 1 st cut); QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); G90 ; G92 X0. Y90. ; T91; T84; C001 H001; G42 G01 Y80.211 ; G01 X-9.789 ; G01 Y99.789 ; G01 X9.789 ; G01 Y80.211 ; G01 X1.5 ; G40 G01 Y90. ; T85; G149G249; (PASS = 2); ( Die Contour 1 , 2 nd cut); G00 X1.5 Y90. ; C002 H001; G41 G01 Y80.141 ; G01 X9.859 ; G01 Y99.859 ; G01 X-9.859 ; G01 Y80.141 ; G01 X0. ; G40 G01 Y90. ; (PASS = 3); ( Die Contour 1 , 3 rd cut); G00 X0. Y90. ; C003 H001; G42 G01 Y80.121 ; G01 X-9.879 ; G01 Y99.879 ; G01 X9.879 ; G01 Y80.121 ; G01 X1.5 ; G40 G01 Y90. ; T90; (PASS = 1); ( Die Contour 2 , 1 st cut); G00 X30. Y90. ; QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); T91; T84; C001 H001; G42 G01 Y80.211 ; G01 X20.211 ; G01 Y99.789 ; G01 X39.789 ; G01 Y80.211 ; G01 X31.5 ; G40 G01 Y90. ; T85; G149G249; (PASS = 2); ( Die Contour 2 , 2 nd cut); G00 X31.5 Y90. ; C002 H001; G41 G01 Y80.141 ; G01 X39.859 ; G01 Y99.859 ; G01 X20.141 ; G01 Y80.141 ; G01 X30. ; G40 G01 Y90. ; (PASS = 3); ( Die Contour 2 , 3 rd cut); G00 X30. Y90. ; C003 H001; G42 G01 Y80.121 ; G01 X20.121 ; G01 Y99.879 ; G01 X39.879 ; G01 Y80.121 ; G01 X31.5 ; G40 G01 Y90. ; (PASS = 1); (Tab cut for Die Contour 2 , 1 st tab cut); G00 X31.5 Y90. ; QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); T84; C001 H001; G42 G01 Y80.211 ; M00 G01 X30. ; G40 G01 Y90. ; T85; G149G249; T90; (PASS = 1); (Tab cut for Die Contour 1 , 1 st tab cut); G00 X0. Y90. ; QAIC(2,1,0.1000,000.7,0.1250,0.0100,004.0,0026,0086,15,035); T91; T84; C001 H001; G41 G01 Y80.211 ; M00 G01 X1.5 ; G40 G01 Y90. ; T85; G149G249; T90; (PASS = 2); ( Die Contour 1 , 4 th cut); G00 X0. Y90. ; T91; C002 H001; G42 G01 Y80.141 ; G01 X-9.859 ; G01 Y99.859 ; G01 X9.859 ; G01 Y80.141 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 2); ( Die Contour 2 , 4 th cut); G00 X30. Y90. ; T91; C002 H001; G42 G01 Y80.141 ; G01 X20.141 ; G01 Y99.859 ; G01 X39.859 ; G01 Y80.141 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 3); ( Die Contour 1 , 5 th cut); G00 X0. Y90. ; T91; C003 H001; G42 G01 Y80.121 ; G01 X-9.879 ; G01 Y99.879 ; G01 X9.879 ; G01 Y80.121 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 3); ( Die Contour 2 , 5 th cut); G00 X30. Y90. ; T91; C003 H001; G42 G01 Y80.121 ; G01 X20.121 ; G01 Y99.879 ; G01 X39.879 ; G01 Y80.121 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 4); ( Die Contour 1 , 6 th cut); G00 X0. Y90. ; T91; C004 H001; G42 G01 Y80.11 ; G01 X-9.89 ; G01 Y99.89 ; G01 X9.89 ; G01 Y80.11 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 4); ( Die Contour 2 , 6 th cut); G00 X30. Y90. ; T91; C004 H001; G42 G01 Y80.11 ; G01 X20.11 ; G01 Y99.89 ; G01 X39.89 ; G01 Y80.11 ; G01 X30. ; G40 G01 Y90. ; T90; (PASS = 5); ( Die Contour 1 , 7 th cut); G00 X0. Y90. ; T91; C905 H001; G42 G01 Y80.106 ; G01 X-9.894 ; G01 Y99.894 ; G01 X9.894 ; G01 Y80.106 ; G01 X0. ; G40 G01 Y90. ; T90; (PASS = 5); ( Die Contour 2 , 7 th cut); G00 X30. Y90. ; T91; C905 H001; G42 G01 Y80.106 ; G01 X20.106 ; G01 Y99.894 ; G01 X39.894 ; G01 Y80.106 ; G01 X30. ; G40 G01 Y90. ; T90; M02; %

Roger, please sent to me also, I want to study this idea thanks

Finally, after 2 weeks sleep at 3 AM everyday, I become more crazy than before, because I found some "crazy thing" on wire. 1. we have option to reset pass number on tab cuts. If I make it blank, pass number going up, as example, I Perform rough cut and 2 additional skim cuts, continue with 2 tab cut ( see, crazy thing begin ) first tab cut become pass 4 mean condition code use is on 4th cut, ( but first tab cut must use first condition code, same as rough cut) continue with second tab cut. I prefer always reset pass number on tab cuts. 2. If I use make tab cutoff move with skim cut I miss condition code if additional skim cuts [before tab] <> 0 as example, I perform rough cut continue with 2 additional skim cuts [before tab] and do 2 tabcut with make tab cutoff move with skim cut. on 2nd skim cuts [before tab] condition code is 3 but when do tab cutoff, condition doesn't change to condition code 1, but still on 3 (you must waste alot of wire because of wire break, also no high pressure on) 3. I do Rough, tab & finish separate, I found, if number of tab cuts <> additional skim cuts [before tab] + 1 (first rough) when I do skim cuts after tab together is ok, but separate is not ok. if use both together and separate is ok. as example. I perform rough cut continue with 2 additional skim cuts [before tab] and do 2 tabcut. when I do skim cuts after tab separate, condition code is 3. It should be condition code 4, since we already cut 3 times. Anybody can explain to me?

I got from my distributor, but it is for version 9. is there any for newer version?

I Ask my Mastercam Dealer for the 'Post Processor Reference Guide' and he tell me to check on mcamdocumentation. I can see MastercamX_Post_Parameter_Ref.pdf Is this the one you mention? but don't have predefined variables.

To Roger Martin from CNC Software I use MPWSDMK30.pst

where can I get complete list of predefined variables.

I can make already post with "header" base on comment from power library also I do both compensation ( computer do wire & overburn offset, only small adjustment, maybe 0.003 mm by machine operator) I prefer both compensation to afoid cutting interference in the corner since my things are very tiny. I got another problem here. I want to make comment like original sodick cadcam ( inside machine) like: (Die / punch / open 1 - 1st cut) (Die / punch / open 1 - 2nd cut) (Die / punch / open 2 - 1st cut) (Die / punch / open 2 - 2nd cut) about 1 / 2 / 3 / 4 cut I can get from pass$ inside MPWSDMK30.pst. also die / punch I can get from pdo_type$ it is predefined variables. how about die / punch number information? as example chain 1 / 2 / 3 where can I get? I don't like to make counter, since I plan to do cut everything 1st pass (many figure, more than 5 drawing) after that do finishing . I see from mastercam it make : chain 1 - 1st cut chain 2 - 1st cut chain 3 - 1st cut chain 3 - 2nd cut chain 3 - 3rd cut chain 2 - 2nd cut chain 2 - 3 rd cut chain 1 - 2nd cut chain 1 - 3rd cut also I need to do taper but this post cannot output g51/g52 , only g41/42 X...Y... A... Thanks

to del I satisfy enough with sodick, 0.07 mm wire work nicely, can make corner radius 0.05mm die, but standart thickness only 15 mm(not enough for punch), so must find myself the condition, since 0.07 mm wire just an option. to BERTRAM BOY can you show me nc program result, just give me some idea.

to Roger Martin from CNC Software thanks for the info. to BERTRAM BOY I'll ask for that post. My machine just came on nov last year. Inside controler still using win nt 4.0 after dec 2006 they use win xp sodick give choice, LQ more expensive with 3d cadcam. LN only 2d cadcam. anybody use sodick? to del I prefer sodick than fanuc from result of tescut using 0.07mm wire.

I use AQ327 control LN1W

I need information about wire post. I want to get value from wire parameter register 1 - 10. I try with ~prmcode$, " = ", sparameter$, e$ other value appear but not this register 1 - 10 value. Any help apreciated. BTW I wat to make post for sodick what is the best base post?