Check out this brand-new video to learn what we have done to simplify #Haas dual-spindle lathes: ruclips.net/video/Say_JAJi4Yk/видео.html. #madeinamerica #cnc
Excellent video! Thank you Haas Automation, Inc. for continuing your education efforts. Perhaps you could explain how one might go about setting offsets for tools used on the secondary spindle in a future video. Can the ATP be used? And if so, what if there isn't enough clearance to probe a tool? Keep up the good work :)
KC CNC you do not need to probe back spindle tools, touch right of the front of the workpiece after spindle swap. The offset for the sub spindle is always the same, saved at 0.000. Once touching tools to face you Z face measure for tool geometry. they should point out that though the G14 command works perfect...when adjusting a part you do have to make sure you are going in the right direction. If you need to rip material off the main spindle it is usually a negative adjustment however once the part is on the sub spindle a positive adjustment is needed.
Hi sir, I want help to get the confirmation of sub spindle butting with main spindle while part transfer. Please help is there any beep or set B axis liad while part transfer.
Very nice. This is something I’ve been curious about besides transferring the parts from spindle to spindle how does it maintain accuracy. Now watching it I think this answered my question. In maintaining rotary action it’s able to self align versus a stop and grab action where I’d imagine could throw tolerance off. Is g14 a haas specific code? Or is this a fanuc industry standard? What are other companies doing?
? Do the twin spindles only function with concentric parts? I can’t imagine a multi jaw capable of self centering an awkward shaped part where perhaps you had a elongated component with a pocket or a another offset process needing to be done. In those cases we would likely resort to a standard turn center?
Would be "pie jaws" cut while in the chuck either spindle to the part shape. I've run electronic housings that go in oil tools and ran specific programs to do it.
G199 uses an R value to phase the two spindles. Take a look here for more info: diy.haascnc.com/g199-engage-synchronous-spindle-control-group-00-lathe#gsc.tab=0
Excellent question thanks for asking I completely overlooked phasing the parts being caught up in the action of grasping one another without a tolerance change. Obviosuly encoders involved and it must resort back to the programming somit can know where it made those flat spots. It’s a smooth operation for sure. I wouldn’t want to be there when a driver was bad and sync was out causing a nasty crash. I imagine there is a provision to sense and stop in those situations. Hope so.
Check out this brand-new video to learn what we have done to simplify #Haas dual-spindle lathes: ruclips.net/video/Say_JAJi4Yk/видео.html. #madeinamerica #cnc
Excellent video! Thank you Haas Automation, Inc. for continuing your education efforts.
Perhaps you could explain how one might go about setting offsets for tools used on the secondary spindle in a future video. Can the ATP be used? And if so, what if there isn't enough clearance to probe a tool?
Keep up the good work :)
KC CNC you do not need to probe back spindle tools, touch right of the front of the workpiece after spindle swap. The offset for the sub spindle is always the same, saved at 0.000. Once touching tools to face you Z face measure for tool geometry.
they should point out that though the G14 command works perfect...when adjusting a part you do have to make sure you are going in the right direction. If you need to rip material off the main spindle it is usually a negative adjustment however once the part is on the sub spindle a positive adjustment is needed.
I would love to attend your workshops!!!!
thank you guys.
hi, when we use G199, how many of spindle speed is the best
Hi there !
Where can i see an example of a program, accepting pieces from left to right clamp head?
Hi sir,
I want help to get the confirmation of sub spindle butting with main spindle while part transfer. Please help is there any beep or set B axis liad while part transfer.
Very nice. This is something I’ve been curious about besides transferring the parts from spindle to spindle how does it maintain accuracy. Now watching it I think this answered my question. In maintaining rotary action it’s able to self align versus a stop and grab action where I’d imagine could throw tolerance off. Is g14 a haas specific code? Or is this a fanuc industry standard? What are other companies doing?
what machine do you have?
? Do the twin spindles only function with concentric parts? I can’t imagine a multi jaw capable of self centering an awkward shaped part where perhaps you had a elongated component with a pocket or a another offset process needing to be done. In those cases we would likely resort to a standard turn center?
Would be "pie jaws" cut while in the chuck either spindle to the part shape.
I've run electronic housings that go in oil tools and ran specific programs to do it.
How can you synchronize both spindles to grab a hexagon or non round part?
G199 uses an R value to phase the two spindles. Take a look here for more info: diy.haascnc.com/g199-engage-synchronous-spindle-control-group-00-lathe#gsc.tab=0
Excellent question thanks for asking I completely overlooked phasing the parts being caught up in the action of grasping one another without a tolerance change. Obviosuly encoders involved and it must resort back to the programming somit can know where it made those flat spots. It’s a smooth operation for sure. I wouldn’t want to be there when a driver was bad and sync was out causing a nasty crash. I imagine there is a provision to sense and stop in those situations. Hope so.
One in done ?? 😁