Ok, this is a bit out there, is it possible to have two heads, one with 
a IR reciever, one with a transmitter,
and scan for the outside boundaries of your part to help define the 
envelope.  Then scan the defined
envelope with some extra space for 'slop' (ok, find a better technical 
term) to probe scan for a better
resolution. 

Another approach is to use a linear array of receivers, and a smaller 
array (in number, same length) to scan
the overall working volume might give a faster initial scan.  There are 
all kinds of deviations to this
that could be done.

Does that even make sense? ... Jack

Dave Keeton wrote:
> Thanks Stuart,
>               I have been asked to build a machine that can digitize
> complex parts (Landing gear). The catch is that it needs to be a "Lights
> Out Operation" - fully automated. The only way I can see to do this is
> with a gimbled head and probe on a custom built machine. Thanks for
> looking into it. I think EMC should be able to do this.
>
>           Dave
>
> On Thu, 2008-11-27 at 22:00 -0600, Stuart Stevenson wrote:
>   
>> Dave,
>>    As soon as I get the cinci running and comped I will start working
>> on the probing.
>>    If you position the gimbaled head and then qualify the probe to a
>> standard you will have no issues of accuracy in the gimbaled head. You
>> would have access and accuracy.
>>
>> On Thu, Nov 27, 2008 at 8:50 AM, Dave Keeton <[EMAIL PROTECTED]> wrote:
>>     
>>> How well does probing and digitizing with a gimbled type spindle work?
>>> Has any one done this. I would like to use it for digitizing complex
>>> parts.
>>>
>>>    Thanks in advance for any ideas offered...
>>>                                     Dave
>>>
>>>
>>>
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