2010/12/15 andy pugh bodge...@gmail.com:
On 15 December 2010 16:30, Chris Radek ch...@timeguy.com wrote:
The biggest problem using ABC for linear axes is they don't scale
with G20/G21. If you make a gantry with X and A (which you should
not -- I don't know why people think they want this,
Hi
Am 14.12.2010 21:13, schrieb dambacher-retrofit.de:
It seems to work ok.
but looking to the sources (src/emc/task/emccanon.cc) , there is definitely a
difference between XYZUVW and ABC made.
At least there are different speed calculations.
And I don't know the implications if I use ABC as
On Wed, Dec 15, 2010 at 09:52:03AM +0100, dambacher-retrofit.de wrote:
Hi
Am 14.12.2010 21:13, schrieb dambacher-retrofit.de:
It seems to work ok.
but looking to the sources (src/emc/task/emccanon.cc) , there is definitely a
difference between XYZUVW and ABC made.
At least there are
On 15 December 2010 16:30, Chris Radek ch...@timeguy.com wrote:
The biggest problem using ABC for linear axes is they don't scale
with G20/G21. If you make a gantry with X and A (which you should
not -- I don't know why people think they want this,
I think they do it because it ends up
On Wed, 15 Dec 2010 10:30:32 -0600, you wrote:
On Wed, Dec 15, 2010 at 09:52:03AM +0100, dambacher-retrofit.de wrote:
Hi
Am 14.12.2010 21:13, schrieb dambacher-retrofit.de:
It seems to work ok.
but looking to the sources (src/emc/task/emccanon.cc) , there is definitely a
difference
Am 15.12.2010 21:24, schrieb Steve Blackmore:
On Wed, 15 Dec 2010 10:30:32 -0600, you wrote:
On Wed, Dec 15, 2010 at 09:52:03AM +0100, dambacher-retrofit.de wrote:
Hi
Am 14.12.2010 21:13, schrieb dambacher-retrofit.de:
It seems to work ok.
but looking to the sources
Hi
Am 13.12.2010 19:22, schrieb Viesturs Lācis:
Could, You, please report of Your success? I am thinking about
something similar - using A, B and C for linear axis - so I would like
to know, how EMC handles that.
I made a simulation of it using vismat. I can configure the a/b/c axis as
Hello everybody
I want to know if emc2 can be adapted to a bending machine.
This machine has 8 axis to move cnc adjustable stops/catches:
one main Y axis, on it two positionable stops with X,Y,Z axis each wich makes:
U (main Y axis)
X1 (first catch)
Y1
Z1
X2 (second catch)
Y2
Z2
W (hydraulic)
On 13 December 2010 15:10, dambacher-retrofit.de
i...@dambacher-retrofit.de wrote:
Is there a solution for having multiple X axis (setup and/or interpolation)
named e.g. x1, x2?
Yes and no. The no is that G-Code only understands single-letter
commands. So X2 is parsed identically to X 2.
2010/12/13 dambacher-retrofit.de i...@dambacher-retrofit.de:
Hello everybody
I want to know if emc2 can be adapted to a bending machine.
This machine has 8 axis to move cnc adjustable stops/catches:
one main Y axis, on it two positionable stops with X,Y,Z axis each wich makes:
U (main Y
dambacher-retrofit.de wrote:
Hello everybody
I want to know if emc2 can be adapted to a bending machine.
This machine has 8 axis to move cnc adjustable stops/catches:
one main Y axis, on it two positionable stops with X,Y,Z axis each wich makes:
U (main Y axis)
X1 (first catch)
Y1
Z1
Ulf,
EMC2 will handle 9 axes. Simultaneous. Your application seems to be 'mainly'
sequential. An unmodified version of EMC2 will handle your machine.
How do you plan to program this. I don't know of a cam system will generate
g code for motion such as I envision this machine needing. This would
On 13 December 2010 16:02, Stuart Stevenson stus...@gmail.com wrote:
The designation of XYZABCUVW symbols for each axis is an arbitrary exercise
ie. X could be any axis whether linear or rotary. The symbol just allows
human understanding.
I don't think that this is absolutely true, I think
Am 13.12.2010 16:43, schrieb Stephen Wille Padnos:
How is the machine positioned? Do you normally position the two catches
then activate the hydraulics?
If you don't need coordinated motion on all the joints, you can use M1xx
scripts or motion controller analog outputs to position some
2010/12/13 Ulf Dambacher i...@dambacher-retrofit.de:
The catches may also move interpolated to not loose the sheet.
Then the hydraulics moves up, the catches are repositioned and the
worker will change part or reposition for the next move.
I was in an exhibition few weeks ago and I was
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