I have heard of a technique that operates well in this size range,
but it is from a reference paper which I have buried. The method I
am thinking of (if I rember correctly) operates in a vacuum, works
on ceramic and metalic materials, and, of course, does not do well
with sizes above a certain limit. If you are interested enough with
these limitations let me know something about your application and
I will dig up the reference and I would be interested in working on
it with you..
Floyd "Farmer for the goverment trough" Roberts
_______________________________________________________________________________
Subject: thin layers and manners
From: Chris.B.Clodfelter@REXAM.COM at SMTP
Date: 11/22/96 3:06 AM
Has anyone out there heard of any rp systems that can build a layer
thickness in the 5-10 micron range. Someone at this company remembers
some discussion about ultra thin layers. I have had some success with
.0025" layers with my SLA-250 but anything smaller would be difficult
with my current setup.
I know 5-10 micron layers sounds like a stretch, make that a leap, but
please let me know if anyone has heard of any work or discussions in
this area.
On another matter, I don't see why people feel the need to send a
message to the entire rp-ml to point out a problem with an attached
file. I think most people could see that there was a problem and that
attaching a file doesn't work. A friendly, private reply to the poor
unfortunate soul that had the nerve to make a mistake would probably
suffice.
Building up sure beats tearing down!
C. Clodfelter
Rexam Closures
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