the code with G64 and G93 I can see no difference running the 2 samples
I posted
%
(ROTORY TABLE STEPPER MOUNT PROFILE.NC)
( MACH 3 - ENGLISH)
(WED. 03/26/2008 04:17PM)
( T1 CENTER DRILL , DIAMETER = .5 , LENGTH = 5.)
G0 G20 G49 G40 G17 G80 G90
G64
#100= [1050-270-27];NUMBER OF TIME
On Sun, Dec 9, 2012 at 7:11 PM, Kent A. Reed wrote:
>
> Well, to save folks from too much reality, let me speak in hyperbole.
> This is the worst holiday season of our 45 years of marriage.
>
You are a good man and I hope and pray for strength of body and soul for
you and your family.
Regards,
the code as requested, it started life as mach3 code and was converted
to EMC. this is the G64 with no G93, I have a G64 and G93 version as
well. it makes a spring, there are 5 sections to the spring and the 6th
is the reverse to unwind the tension so it will slide off the form. yes
I do expect
Could you do something like this?
http://www.youtube.com/watch?v=Nn1bJ3YAQdI
On Mon, Dec 10, 2012, at 04:31 AM, Tomaz T. wrote:
>
> Is there a way of milling a certain geometry with which can be checked
> accuracy (or alignment) of 5 axis machine, especially angles between 4th and
> 5th axis
I use a dial test indicator (diacator others similar can be found) in
the spindle for alignment of face and bore to spindle
I use a machinists level to check parallel to table and 90 degrees
I cut a gear (higher tooth count than the ratio in the rotary)
and measure over n teeth with a digital verni
On 10 December 2012 09:31, Tomaz T. wrote:
>
> Is there a way of milling a certain geometry with which can be checked
> accuracy (or alignment) of 5 axis machine, especially angles between 4th and
> 5th axis (B and C). I'm not looking for a very very precise accuracy check,
> due to machine rig
On Sun, Dec 9, 2012 at 7:11 PM, Kent A. Reed wrote:
> On 12/9/2012 10:09 AM, Gene Heskett wrote:
>> I just took my first sip, but it hasn't reached my brain yet.:(
>> But the status report was on the Mrs, not this stuff.
>
> Well, to save folks from too much reality, let me speak in hyperbole.
> T
Is there a way of milling a certain geometry with which can be checked accuracy
(or alignment) of 5 axis machine, especially angles between 4th and 5th axis (B
and C). I'm not looking for a very very precise accuracy check, due to machine
rigidity is not on very high level, so I'm looking for a
