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Showing results for tags 'Doosan'.
Found 4 results
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Probing - RMP60 1) Trying to do probing on DOOSAN NHP 5000 -HMC with B axis machine. Control Fanuc 31i - Model B 2) History - we did only manual probe of the raw material to set the offsets and measuring some feature size etc only...no other serious probing. Machine is installed with Inspection plus & probe is RMP 60. 3) we started testing CAM (mastercam) based probing just a week ago..with CIMCO . 4)All the 3axis measuring we did on the B0 side without any issue and it worked good. We Checked ...hole dia & depth , rectangle pocket size , single surface side angle check , Hole dia check and re-cut by auto adjusting tool wear etc on B0 face.. 5) PATH OBSTRUCTION error pop-up when rotated the B axis table to 90 ( B+90/-90/45/30 etc ) to check the features on the B90 face . Probe switch on at 9832 then goes to the line 9810 and throws the alarm but still the probe is around 60mm above the part surface. 6) Job mounted on Tombstone face - B0 Please look at the code below and if anyone can point out my mistake... TY
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Hi everyone, Last week I thrown on a Live tooling lathe with a Y axis. I have never touched a Life tooling lathe let alone a Y axis one. My first part to make is a simple turn part with 2 mill features. A face contour and a cross contour that requires Y axis moves. The cross Contour I have figured out and it works perfectly. The face contour is where the problem is happening, and its post processor related. Our lathes C axis only excepts C0-C360 for absolute commands, Negative call outs Do not work. To do continuous interpolation an incremental call out of H is needed. H can be positive and negative and can be any reasonable number. If you command G0 C360. Once you hit 360 degree's its back at Zero degrees. So, he's what my post is doing. O0000 (PROGRAM NAME - M1808) (DATE=DD-MM-YY - 18-03-17 TIME=HH:MM - 21:44) G20 (TOOL - 10 OFFSET - 10) ( 1/4 FLAT FINISH ENDMILL) G54 N10 T1010 G17 G98 M35 M90 G0 C18.598 G0 X.2461 Y0. Z.5 M8 G97 S2500 M3 P12 Z-.645 G1 Z-.745 F100. G41 X.3594 C28.771 F1622.17 X.3846 C30.65 F1342.62 X.4071 C33.063 F1723.83 X.4263 C35.869 F2000. X.4416 C38.958 X.4529 C42.244 X.4597 C45.653 "" "" "" X.5415 C351.225 F1199.36 X.5088 C354.993 F1583.7 X.4836 C359.654 F1959.21 X.4676 C5.052 F2000. <=== This will send the C axis backwards 354.602 Degrees. Instead of winding up. X.462 C10.878 C49.122 X.4659 C54.038 "" "" "" X.5947 C86.607 F1836.15 X.5747 C92.413 F1856.88 G40 X.561 C98.569 F1968.89 G0 Z.5 M9 G30 V0. G30 U0. W0. H0. M5 P12 M30 % I've gone through the post and found this. #C-axis variables for calculations one_rev : 0 #0 = Absolute positioning with wind up, 1 = Start between 0 to 360 closest direction #MU00004 c_axistype : 2 #1 = C axis winds-up, 2 = C axis signed absolute #3 = index positioning (do not set here, use string) Under machine definition's in Lathe Spindle C Axis I have three options. Signed Continuous Signed direction, absolute angle (0-360 deg.) Shortest direction, absolute angle (0-360.) <=== Current Setting Is there any combo of these settings that will get me what i need? Which is to basically to give me an H incremental move to move the machine into the next 0-360 zone. I am using the Mplmaster post on X9.
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I was told last Thursday we are buying 2 new machines so we can pull in the major outside work. 2 Haas VM-5SS were budgeted.These are loaded including the new scrap conveyers. I was never asked about tthe buy, but was told I was to be involved in the selection. Didnt happen. I program, run and do the light maintaince on out VM-3 asd SL-10. So long story short, we can look at other machines. We need 2 x 50" min in "X" travel. Looked at Mori. I could get one for the price of 2 Haas. OUch ! Looked at Hardige( Bridgeport is what the mill machines are called now) Same price as Haas. Dont know how good they are. Doosan ? I havent called yet. but will in a bit. How good are the mills? I see a OM control. VM6500 is close. Any Idea guys. This is going to happen real fast. (Well ok, its the midwest) I see machines on the floor in January. Machineguy. By the way, I dont know if the Haas VM-5SS can run hard 2 shifts, 5 days a week and stay running. Tolerance is +/- .002. Im concerned about mismatch on the long runs from cold to hot. We are air conditioned here.
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I have been asked to research manufactures of VTLs. So far I have narrowed my search down (according to budget as well) to Doosan V550M and Hyundai Wia LV800RM. It seems like these machines are nearly identical in construction and capabilities. The Hyundai has the Fanuc 32Tia control. And the Doosan is the Oi-TD. Really about the only main difference I can find. I'm looking for some feed back from both Doosan and Hyundai users. I want to know any problems, complaints, or anything you think I should know before considering the purchase. The good the bad and ugly. All input is greatly appreciated.
