looking for Economic Feasibility

for cnc workshop project

thanks guys i already knew that but i was woundering if i could find some thing new

hi guys

 

 

where can i find different g-code lists for different systems and controls

 

thnx

thank you very much adam i got it

the problem that i can not even download the file

adam i can not view the file above

geate guys and thank you indeed

 

 

i'll check and i'll be back

thank you guys for help

 

----------------------

What you need is a post processor to take your program and turn it into code the Heidehan.

----------------------

 

form where could i get these post processor? do you have some good link it would be better

ok thank you guy for the replay

 

can mastercam genarate the G-code in HEIDENHAIN

not in fanuc ? and how to adjust that

is there another way to do that

 

 

the macine is maho 232 and maho 432 with HEIDENHAIN control

hi guys

 

here I'm again but this time I'm asking about the ability to get a G-code from mastercam to maho machine

 

and I have been looking in furom for that and I've fuond that I can't connect the pc to the machine and if I want do long operation -with more than 50000 block - i have to divide the operation is there more futures for these problems

 

I've find alot of users using maho like CHIP , Toolfab, PIP, ... etc

 

I hope i could get some info to share

 

thanks

thank you g-code

 

i understod that i just have to apply it to the machine and there's not a simulator program

 

and i want you to check this if possible

 

 

PREPARATORY FUNCTIONS

 

G00 Rapid travel

G01 Linear interpolation

G02 Clockwise circular interpolation

G03 Counter-clockwise circular interpolation

G04 Dwell/block preparation stop

G05 Round corner

G06 Absolute arc center coordinates

G07 Square corner

G08 Arc tangent to previous path

G09 Arc defined by three points

G10 Mirror image cancellation

G11 Mirror image on X axis

G12 Mirror image on Y axis

G13 Mirror image on Z axis

G14 Mirror image in the programmed directions

G15 C axis

G16 Selection of main plane in two directions

G17 Main plane X-Y and longitudinal Z

G18 Main plane Z-X and longitudinal Y

G19 Main plane Y-Z and longitudinal X

G20 Definition of lower work zone limits

G21 Definition of upper work zone limits

G22 Activate/cancel work zones

G28 Selection of the second spindle

G29 Selection of the main spindle

G32 Feedrate “F” as an inverted function of time

G33 Threadcutting

G36 Automatic radius blend

G37 Tangential entry

G38 Tangential exit

G39 Automatic chamfer blend

G40 Cancellation of tool radius compensation

G41 Right-hand tool radius compensation

G42 Left-hand tool radius compensation

G50 Controlled corner rounding

G51 Look ahead

G52 Movement to hard stop

G53 Program coordinates with respect to home

G54 Absolute zero offset

G55 Absolute zero offset

G56 Absolute zero offset

G57 Absolute zero offset

G58 Additive zero offset

G59 Additive zero offset

G60 Axial drilling / tapping canned cycle

G61 Radial drilling / tapping canned cycle

G62 Longitudinal slot milling canned cycle

G63 Radial slot milling canned cycle

G66 Pattern repeat canned cycle

G68 Stock removal canned cycle along X axis

G69 Stock removal canned cycle along Z axis

G70 Programming in inches

G71 Programming in millimeters

G72 General and specific scaling factor

G74 Machine reference search

G75 Probing until touching

G76 Probing while touching

G77 Slaved axis

G78 Slaved axis cancellation

G81 Turning canned cycle with straight sections

G82 Facing canned cycle with straight sections

G83 Drilling canned cycle

G84 Turning canned cycle with circular sections

G85 Facing canned cycle with circular sections

G86 Longitudinal threadcutting canned cycle

G87 Face threadcutting canned cycle

G88 Grooving canned cycle along X axis

G89 Grooving canned cycle along Z axis

G90 Programming in absolute

G91 Programming in incremental

G92 Coordinate preset/spindle speed limit

G93 Polar origin

G94 Feedrate in millimeters(inches) per minute

G95 Feedrate in millimeters(inches) per revolution

G96 Constant Surface Speed

G97 Spindle speed in rpm

the issue is the bounding box while moving

 

some one in other furom says that when he use screen recoder with autocad

i was thinking if you guys have got an answer ]

 

because there is also similer problem with

 

autocad and they are trying to contact there

 

resalers

yeah G-code but

 

______________________________

 

About all you can do is go will your Mastercam

longhand code or try the xxxxor canned cycles and see what happens.

 

________________________________

 

can you explaine more

 

any comments about manualy operation mentioned above

Eeyore-nonhuman

 

I don't hate you

 

I don't like that

 

but thank you

 

John Paris @ Kevlin

 

what I mean is my friend gave me the code above writen in xxxxor control - as he saied - i had a duobt so I made it on mastercam the Q. is if his code is right if you apply it to xxxxor control ? - I don't have a programe to verify it to make sure.

come on ...

 

where is your funny and friendly comments and help

%

O0000

G21

(PROGRAM NAME - T DATE=DD-MM-YY - 02-09-06 TIME=HH:MM - 14:53)

(TOOL - 1 OFFSET - 1)

(LFACE OD ROUGH RIGHT - 80 DEG. INSERT - CNMG 12 04 08)

G0T0101

G97S542M13

G0G54X173.129Z35.789

G50S3600

G96S295

G99G1X-1.6F.2

G0X173.129

Z33.801

G1X-1.6

G0X173.129

Z31.814

G1X-1.6

G0X173.129

Z29.826

G1X-1.6

G0X173.129

Z27.838

G1X-1.6

G0X173.129

Z25.851

G1X-1.6

G0X173.129

Z23.863

G1X-1.6

G0X173.129

Z21.876

G1X-1.6

G0X173.129

Z19.888

G1X-1.6

G0X173.129

Z17.901

G1X-1.6

G0X173.129

Z15.913

G1X-1.6

G0X173.129

Z13.925

G1X-1.6

G0X173.129

Z11.938

G1X-1.6

G0X173.129

Z9.95

G1X-1.6

G0X173.129

Z7.963

G1X-1.6

G0X173.129

Z5.975

G1X-1.6

G0X173.129

Z3.988

G1X-1.6

G0X173.129

Z2.

G1X-1.6

G0X173.129

Z0.

G1X-1.6

G0G42X115.131

Z52.79

G1X111.042Z52.611F.1

Z-92.784F.2

X114.931Z-92.614

G40X117.76Z-91.2

G0G42Z52.611

X111.042

G1X107.154Z52.441F.1

Z-92.954F.2

X111.042Z-92.784

G40X113.871Z-91.37

G0G42Z52.441

X107.154

G1X103.265Z52.271F.1

Z-93.124F.2

X107.154Z-92.954

G40X109.982Z-91.54

G0G42Z52.271

X103.265

G1X99.376Z52.101F.1

Z-93.294F.2

X103.265Z-93.124

G40X106.093Z-91.71

G0G42Z52.101

X99.376

G1X95.487Z51.931F.1

Z-93.464F.2

X99.376Z-93.294

G40X102.204Z-91.88

G0G42Z51.931

X95.487

G1X91.598Z51.76F.1

Z-93.634F.2

X95.487Z-93.464

G40X98.315Z-92.05

G0G42Z51.76

X91.598

G1X87.709Z51.59F.1

Z-93.805F.2

X91.598Z-93.634

G40X94.426Z-92.22

G0G42Z51.59

X87.709

G1X83.82Z51.42F.1

Z-93.975F.2

X87.709Z-93.805

G40X90.538Z-92.39

G0G42Z51.42

X83.82

G1X79.931Z51.25F.1

Z-94.145F.2

X83.82Z-93.975

G40X86.649Z-92.56

G0G42Z51.25

X79.931

G1X76.042Z51.08F.1

Z-94.315F.2

X79.931Z-94.145

G40X82.76Z-92.731

G0G42Z51.08

X76.042

G1X72.154Z50.91F.1

Z-94.485F.2

X76.042Z-94.315

G40X78.871Z-92.901

G0G42Z50.91

X72.154

G1X68.265Z50.74F.1

Z-94.655F.2

X72.154Z-94.485

G40X74.982Z-93.071

G0G42Z50.74

X68.265

G1X64.376Z50.57F.1

Z-94.825F.2

X68.265Z-94.655

G40X71.093Z-93.241

G0G42Z50.57

X64.376

G1X60.487Z50.4F.1

Z-94.995F.2

X64.376Z-94.825

G40X67.204Z-93.411

G0G42Z50.4

X60.487

G1X56.598Z50.229F.1

Z-95.165F.2

X60.487Z-94.995

G40X63.315Z-93.581

G0G42Z50.229

X56.598

G1X52.709Z50.059F.1

Z-95.336F.2

X56.598Z-95.165

G40X59.426Z-93.751

G0G42Z50.059

X52.709

G1X48.82Z49.889F.1

Z-95.506F.2

X52.709Z-95.336

G40X55.538Z-93.921

G0G42Z49.889

X48.82

G1X46.392Z49.783F.1

G2X44.931Z48.986R.8

G1Z-94.803F.2

G2X46.531Z-95.603R.8

X46.671Z-95.6R.8

G1X48.82Z-95.506

G40X51.649Z-94.091

G28U0.W0.M05

T0100

M30

%

 

 

%

O0000

G21

(PROGRAM NAME - SALEM DATE=DD-MM-YY - 20-08-06 TIME=HH:MM - 17:48)

(TOOL - 1 OFFSET - 1)

(LFACE OD ROUGH RIGHT - 80 DEG. INSERT - CNMG 12 04 08)

G28U0.W0.

G50X250.Z250.

G0T0101

G97S869M13

G0X108.021Z98.

G50S3600

G96S295

G99G1X-1.6F.2

G0Z100.

X46.259

Z100.7

G1Z-31.573

X49.088Z-30.159

G0Z100.7

X42.518

G1Z34.2

X43.4

G3X45.4Z33.2R1.

G1Z29.2

Z-.8

X48.228Z.614

G0Z100.7

X38.778

G1Z57.925

G3X39.4Z57.2R1.

G1Z34.2

X42.918

X45.747Z35.614

G0Z100.7

X35.037

G1Z58.644

X35.125Z58.571

X35.539Z58.381

X36.033Z58.259

X36.676Z58.2

X37.4

G3X39.178Z57.658R1.

G1X42.006Z59.073

G0Z100.7

X31.296

G1Z67.153

X34.675Z59.043

X34.801Z58.84

X35.125Z58.571

X35.437Z58.428

X38.265Z59.842

G0Z100.7

X27.555

G1Z96.037

X29.814Z94.907

G3X30.4Z94.2R1.

G1Z69.303

X31.696Z66.193

X34.524Z67.607

G0Z100.7

X23.814

G1Z97.907

X27.955Z95.837

X30.783Z97.251

G28U0.W0.M05

T0100

M01

(TOOL - 2 OFFSET - 2)

(LROUGH OD GROOVE CENTER - NARROW INSERT - N151.2-185-20-5G)

G28U0.W0.

G50X250.Z250.

G0T0202

G97S741M13

G0X49.4Z14.076

G50S3600

G96S115

G1X38.331F.1

G0X49.4

Z12.094

G1X37.34

G0X49.4

Z16.058

G1X39.323

X39.719Z15.86

G0X49.4

Z10.111

G1X36.349

G0X49.4

Z18.041

G1X40.314

X40.71Z17.842

G0X49.4

Z8.129

G1X35.358

G0X49.4

Z20.023

G1X41.305

X41.701Z19.825

G0X49.4

Z6.147

G1X34.367

G0X49.4

Z22.005

G1X42.296

X42.693Z21.807

G0X49.4

Z4.165

G1X33.376

G0X49.4

Z23.987

G1X43.287

X43.684Z23.789

G0X49.4

Z2.182

G1X32.385

G0X49.4

Z25.97

G1X44.278

X44.675Z25.772

G0X49.4

Z.2

G1X31.393

G0X49.4

Z27.952

G1X45.269

X45.666Z27.754

G0X49.4

Z-1.414

X48.228

G1X45.4Z0.

X30.881

G0X48.228

Z29.564

G1X45.4Z28.15

X44.956

X30.881Z0.

X31.381Z.25

G0X48.228

G28U0.W0.M05

T0200

M01

(TOOL - 4 OFFSET - 4)

(LFINISH OD FINISH RIGHT - 35 DEG. INSERT - VNMG 16 04 08)

G28U0.W0.

G50X250.Z250.

G0T0404

G97S3600M13

G0X23.531Z99.766

G50S3600

G96S295

G1Z97.766F.3

X29.531Z94.766

G3X30.Z94.2R.8

G1Z69.282

X34.287Z58.993

X34.433Z58.758

X34.812Z58.443

X35.311Z58.215

X35.906Z58.068

X36.635Z58.

X36.671

X37.4

G3X39.Z57.2R.8

G1Z34.

X43.4

G3X45.Z33.2R.8

G1Z29.2

Z0.

X47.828Z1.414

G28U0.W0.M05

T0400

M01

(TOOL - 3 OFFSET - 3)

(LTHREAD OD THREAD RIGHT INSERT - R166.0G-16UN01-100)

G28U0.W0.

G50X250.Z250.

G0T0303

G97S1345M13

G0X32.Z100.785

X29.156

G32Z76.206E1.75

G0X32.

Z100.649

X28.665

G32Z76.206E1.75

G0X32.

Z100.542

X28.28

G32Z76.206E1.75

G0X32.

Z100.451

X27.953

G32Z76.206E1.75

G0X32.

Z100.371

X27.663

G32Z76.206E1.75

G0X32.

Z100.298

X27.4

G32Z76.206E1.75

G0X32.

Z100.231

X27.157

G32Z76.206E1.75

G0X32.

Z100.231

X27.157

G32Z76.206E1.75

G0X32.

Z100.785

G28U0.W0.M05

T0300

M01

(TOOL - 2 OFFSET - 2)

(LCUTOFF OD GROOVE CENTER - NARROW INSERT - N151.2-185-20-5G)

G28U0.W0.

G50X250.Z250.

G0T0202

G97S3600M13

G0X4.039Z-1.99

G50S3600

G96S115

G1X-.2F.1

G0X4.039

X41.504

G28U0.W0.M05

T0200

M30

%

 

I alredy have this answer befor I ask this Q. and just to make sure thats the right in xxxxOR sys.

hi guys

 

i have got two operations from a friend and i've checked them on MCU utility but it does not give me the same result that i wanted to got but he saied that he did them on NC machine on xxxxOR system on turning center 8055T

 

 

the operation is shown below with the result

 

 

;;; code G(Code iso) برنامج بـ

;;;تسوية و دورة خرط

;;; T1D1

N10G54

N20G96S200M4

N30G92S1200

N40T1D1

N50G0X50Z5

N60G1X50Z-0.5

N70G1X-1.6F0.50

N80G0X50Z5

N100Z0

N110G1X-1.6

N120G0X50Z1

N130G68X20Z0C1D1L0.5M0K0.2F0.15H0.1S310E380; دورة خرط

N140G0X50Z50M5

;;; دورة لولبة

;;;Outil D2T2

N210G96S200M4

N220G92S400

N230T2D2

N240G0X30Z5

N250G86X26.933Z0Q26.933R-20K0I1.533B0.2E0.1D2L0.01C2.5J0A0W0; دورة لولبة

N260G0X50Z50M30

N310G1G39R3X30Z0

N320G1X30Z-25

N330G1G36R2X42Z-40

N350G1X42Z-64

N360X45

 

 

; 45x100 الخام

N10 G54

N20 G96S150M4

N30 G92S1200

N40 T1D1

;تسطيح في تمريرتين

N50 G90G0G41X50Z4

N60 G1Z1

N70 X-1.6F0.50

N80 G0X50Z4

N90 G1Z0

N100 X-1.6

N110 G0X50Z4

; خرط 8 تمريرات

N120 G1X43Z2

N130 Z-44

N140 X50

N150 G0Z4

N160 G1X39Z2

N170 Z-44

N180 X50

N190 G0X50Z4

N200 G1X37Z2

N210 Z-44

N220 X50

N230 G0Z4

N240G1X35Z2

N250 Z-44

N260 X50

N270 G0Z4

N280 G1X33Z2

N290 Z-44

N300 X50

N310 G0Z4

N320 G1X31Z2

N330 Z-44

N340 X50

N350 G0Z4

N360 G1X30Z2

N370 Z-44

N380 X50

N390 G0G40X100Z100M30

 

 

 

 

 

 

 

 

i want you comment for evry thing you could relise in the given things above

 

and where can i verfiy the code which writen in xxxxor i mean a program such as MCU

thank you

 

i was waiting for this since a long time

hi guys what is g306

 

i was trying to do similer op. the the code was having 50 block max.

Hi guys every on here is taking about the ram

 

What about the processor? I think more important than the ram because it reaches a limit where 4 gig as fast as 10n gig very small (invisible) difference

i was woundering how you do this

 

سالم حسين الوحيشي

 

thank you guys

I wanted to attend this discussion but the pic is the problem