Jump to content

Welcome to eMastercam

Register now to participate in the forums, access the download area, buy Mastercam training materials, post processors and more. This message will be removed once you have signed in.

Use your display name or email address to sign in:

[email protected]

Verified Members
  • Posts

    88
  • Joined

  • Last visited

[email protected]'s Achievements

Newbie

Newbie (1/14)

0

Reputation

  1. looking for Economic Feasibility for cnc workshop project
  2. thanks guys i already knew that but i was woundering if i could find some thing new
  3. hi guys where can i find different g-code lists for different systems and controls thnx
  4. the problem that i can not even download the file
  5. geate guys and thank you indeed i'll check and i'll be back
  6. 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
  7. ok thank you guy for the replay can mastercam genarate the G-code in HEIDENHAIN not in fanuc ? and how to adjust that
  8. is there another way to do that the macine is maho 232 and maho 432 with HEIDENHAIN control
  9. 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
  10. 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
  11. the issue is the bounding box while moving some one in other furom says that when he use screen recoder with autocad
  12. 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
  13. 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

Join us!

eMastercam - your online source for all things Mastercam.

Together, we are the strongest Mastercam community on the web with over 56,000 members, and our online store offers a wide selection of training materials for all applications and skill levels.

Follow us

×
×
  • Create New...