On Sun, Nov 24, 2013 at 6:31 PM, BioBot <cchau2010@gmail.com> wrote:
> Maybe easiler just to print it using 3D printer and use it as a master...
> Robo
Hmm, you certainly wouldn't be able to get channels closely spaced
together, based on the diameter extruded. Section 3.5 is on FDM (fused
deposition modelling):
http://diyhpl.us/~nmz787/pdf/A_review_on_3D_micro-additive_manufacturing_technologies.pdf
Also, Dr. Jordan Miller would probably be the most experienced here on
the list. I'll cc him.
>
>
> On Friday, November 22, 2013 10:08:43 PM UTC-5, Dieter wrote:
>>
>> Not all fluidics are created equally. I think you'd have a hard time
>> creating a chemostat with a milled fluidic system. What are you trying to
>> do?
>>
>> On Thursday, November 21, 2013 3:02:54 PM UTC-8, Sebastian wrote:
>>>
>>>
>>> You guys and gals know of anyone working on micro-cnc designs or
>>> Microfluidics channel layout making protocols. Something like resin casting,
>>> cnc milling, etc. I had a project on the backburner and wanted to give some
>>> chemostat-esque apparatuses (aparati?) a shot. Just got a hankering for
>>> making tiny channels in plastic and playing with chemostats. Thanks!
>>> Sent from Windows Mail
>>>
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Re: [DIYbio] Re: DIY Microfluidics Device Manufacturing
7:35 PM |
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