how many types of returns do you use ? ( turret to safe position after operation finished )
hello guys please consider a lathe with live tools, thus turning and milling : S + M axis
there is a situation where code for one operation must be created accordingly to next operation
for example, if operations are :
... S,S or M,M, thus same operations, one after another, than code_type_1 should be generated
... S,M, thus milling after turning, than code_type_2 should be generated
... M,S, thus milling before turning, than code_type_3 should be generated
so, is it possible to generate code in this manner ?
also, if yes, is it possible to generate code for "last operation" accordingly to "1st operation" ? this is good when program is looped
code variants are :
... type 1 : G00 X=contast Z=constant M203
... type 2 : G00 X=contast Z=constant M203 M05 M63
... type 3 : G00 X=contast Z=constant M203 M109
please, answer even if not possible kindly !
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we are merely at the start of " Internet of Things / Industrial Revolution 4.0 " era : a mix of AI, plastics, human estrangement, powerful non-state actors ...
how many types of returns do you use ? ( turret to safe position after operation finished )
we are merely at the start of " Internet of Things / Industrial Revolution 4.0 " era : a mix of AI, plastics, human estrangement, powerful non-state actors ...
exactly mr. cadcam, something like that ...That looks like a milturn config with multi streams per an axis. Were you need to sync the wait codes
is a lathe + live tools + radial turret : okuma lb3000ex2 pretty common among OkumasYou have not given any info on the machine
i have x5; i will search for the postWhat version of Mastercam. Do you have a post from your dealer for this machine?
i am sorry, i don't understand this ... maybe i did not know that is called this way; english is not my nativedo you have the Mill turn option or just a Lathe and Mill options
machine may work as a lathe, thus S axis is on, or as a mill, thus C axis in on; i call this "machine states"
there are more than 2 "machine states", but S & C, turn and mill, are the most common
if after a S operation, comes C, than i need to stop the spindle this can be done while turret goes to safe position : G00 X=contast Z=constant M203 M05 M63
if after a C operation, comes S, than i need to disengage the C axis this can be done while turret goes to safe position : G00 X=contast Z=constant M203 M109
if actual and next operations are identical ( SS or CC), than turret will only go to safe position G00 X=contast Z=constant M203
swithing between "machine states" involves some steps
... some of them can be executed during turret traveling to safe position
... rest of them are executed after turret reached safe position ...
steps after turret reached safe position are handled well by the CAM, because they are "operation default"
i can not put inside the CAM steps during turret travel to safe position, because this code is generated inside active operation, but with conditions for next operation
how can i compare active and next operation type ? this comparison shoud generate code inside the active operation ... kindly !
we are merely at the start of " Internet of Things / Industrial Revolution 4.0 " era : a mix of AI, plastics, human estrangement, powerful non-state actors ...