Hello Guest it is January 21, 2022, 06:11:57 PM

Show Posts

This section allows you to view all posts made by this member. Note that you can only see posts made in areas you currently have access to.

Messages - freddy57

Pages: 1
General Mach Discussion / Re: Single Axis question
« on: August 24, 2009, 06:08:31 PM »
To state more clearly.  I am using this lathe 12x39 to turn pool cue shaft tapers.  The cutting tool is a wood router mounted to the y-axis crosslide which would use a standard stepper encoder motor on linear rails.  This axis would not require a great deal of force.  However, the problem in actuating the apron or x-axis is the high torque loading and also high cost of components to perform such a task.   For tapering there is no reversal or pause within the full toolpath cycle.  My hope was to use the headstock and leadscrew locked in time to handle the apron travel.  The router is always running so there is no necessary rotational engagement speed. My thoughts are that at the end of one direction of travel , stop the lathe,increase the cut, and without disengaging the leadscrew and simply reverse spindle and leadscrew rotation with one switch.  I'm sure easier said or typed than done and dont know if mach3 can be configured. Thanks to all of you guys. Freddy57

General Mach Discussion / Single Axis question
« on: August 21, 2009, 10:25:55 PM »
Well I have taken a quick look around and not seen an answer maybe you guys could help.  I am looking to make long smallish diameter  shafts on my 12x39 smithy lathe.  Is it possible to only use the y-axis (crosslide) axis stepper encoder and just run the x-axis apron with standard headstock feed and an encoder/balllscrew  or glass scales for position?  These could be fine cuts and probably slow and i dont know how critical backlash would play although the lathe is very new and tight. I am working on better computer skills so thorough explainations needed, sorry. Thanks for listening ya'all. Freddy57

High I am Freddy57.   I am hoping to convert a Smithy BZ-239 to cnc.  Looks like the forum and place to be!

Pages: 1