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AlbertZini

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Posts posted by AlbertZini

  1. chuckle... :-) High speed 5-axis milling on a Haas, with a trunnion, and a ER11 tool holder??? Too funny. This must have been for Mastercam demonstration purposes only. If I were to try this I would generate a 2D HST peel mill or similar, then convert to 5-axis with the convert to 5-axis toolpath. Basically that toolpath gives tool axis control functionality to any 2D toolpath.

    Here's the original theme) http://zueiaixingchen.blog.163.com/blog/static/72472425201311911231804/?latestBlog

  2. If u want use it,you have to go turn it on,and even though ur operation isn't dirty u have to

    Regenerate.now for the next tool path if you dont wanna use it you have to go turn it off.

    So if you regenerate your 1st tool path with it off your gonna loose ur slow down on arcs.

    What i usually do is lock the tool path that i used that feature on.

    Thanks :thumbsup: it worked after I was replace post processor and regenerate operation

  3. The generic post should support what comes from those settings. Not sure why it is not working for you.

    If the generic post supports it, show screenshots of how to do it ?

    For "adjust feed on arc move" parameter meets 18,701, but not in the same post, I will not see it :question:

  4. You can also use the toolpath editor. Right click on the operation and look to the bottom for toolpath editot. Then cycle through the points and then adjust the feedrate where the arc start. You might want to add control points so you can add and delete points to have it start slwoing down right before getting to the corner, but you will figure out what works and what does not soon enough.

    HTH

    I knew that, but now I am interested to do this automatically

  5. in the operations manager, go to tool settings there is a box for "adjust feed on arc move" check the box and enter a value.

    I tried this, but nothing has changed, may be it must support post Generic Fanuc 3X Mill ?

  6. Are you really 98?

    I'm 27 years old, and I'm sorry for my English, I taught him 13 years ago when I was in school :smoke:

     

    More thoughts: what is your cutter grinder setup? Is it CNC?

    I already did a week ago, these cutters only with teeth without angle, on 4 axis VMC machine

  7. It looks like the cutter tooth was on a plane. It would actually be very hard to grind the cutter if it were not on a plane. The cutter tooth tip is a circle (a slice through a sphere), but the toolpath of the grinding wheel is not. It is the intersection of the plane through the tooth tip and a cone from the next tooth. Do you really make your cutters?

    Thank you very much John!

    Yes we want to create own cutters, it is for my friend, he want it :smoke:

    • Like 1
  8. Either way if you have a decent set of dimensions for this I would think you could make the spiral / curve in 2d and project it onto the diameter, then use that line to sweep the form you want.

    I don't know how to create a spiral on the ball...

  9. i would try solid sweep, with 2 chains that would allow you to draw a arc segment on a helix and cut you flute shape accordingly

    Can you show how to create it?

    In words, everyone can.....

  10. In Misc. Integers

     

     

    mr1 - High Speed

    # 0 = Off

    # 1 = Advanced Preview (look-ahead) control - G08 P1

    # 2 = AI-NANO 2, AI(nano)CC output (Artificial Intelligence Contour Control) - G05.1 Q1

    # 3 = AI-HPCC and AI-nanoHPCC (High Precision Contour Control) - G5 P10000

    # 4 = Mazak Geometry Compensation/Accuracy G61.1, Mazak High Speed Machining Mode - G05 P2

    #

    # mr2 - Accel/Decel Value (for G05.1 Q1 and G61.1 only)

    # 0 = No output

    # Value = Accel/Decel coefficient

    # Fanuc Notes

    # 0 Least Accurate

    # 10 Most Accurate

    # R 0-3 Roughing

    # R 4-7 Medium

    # R 8-10 Fine

    post-46421-0-78667000-1359980331_thumb.jpg

    • Like 2
  11. This would be impossible to explain to someone who may not understand how buffers work.

     

    And where can I find or read, how buffers work ?

    How i understand this buffer calculated depth ?

     

    # Buffer 5 Read / Write Routines

    # --------------------------------------------------------------------------

    pwritbuf5 # Write Buffer 1

    b5_gcode = gcode$

    b5_zmin = z_min$

    b5_zmax = z_max$

    b5_gcode = wbuf(5, wc5)

     

    preadbuf5 # Read Buffer 1

    size5 = rbuf(5,0)

    b5_gcode = 1000

    min_depth = 99999

    max_depth = -99999

    while rc5 <= size5 & b5_gcode = 1000,

    [

    if rc5 <= size5, b5_gcode = rbuf(5,rc5)

    if b5_zmin < min_depth, min_depth = b5_zmin

    if b5_zmax > max_depth, max_depth = b5_zmax

    ]

     

    I want to do it to know the required work length of the tool for not to scroll the programm

    Thanks for the answer and sorry for my bad english )

    • Like 1

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