Yes, resin specific weight/density should be close to that of normal water (1kg/l) but definitely less than that of the saline water (>1kg/l)!
Type: Posts; User: CescoAiel
Yes, resin specific weight/density should be close to that of normal water (1kg/l) but definitely less than that of the saline water (>1kg/l)!
I've not seen one on peachyjuice, but any UV curable resin should be usable, so pick your favorite one... ;)
Please read carefully what I typed before: it is a combination of factors: cost (laser diode prices increase substantially as they become more powerful, goal was a sub C$100 printer), curing time...
It is all about inertia and inertial dampening...
Slower means the mirrors need to move less, and not as fast. For a magnetically activated *and* dampened system that certainly makes a difference....
Viscosity and flowrate remain a problem in your scenario, the idea behind the thick layer of resin is to provide a bit of a buffer so that the resin can fill the gaps quick enough! With a layer of...
Not really, since the amount of resin used will not be constant, so you'd need a way of measuring that, and that is ignoring viscosity and flow rate challenges...
This system works because the cured...
True, but it also increases the risk of UV light bleeding through in to deeper layers and curing deeper/more than intended...
So it's a balancing act really and their original goal of a less than...
The resin needs to be exposed to UV light "X" amount of time to set. You can do that in 2 ways: quick repeated passes (so you would actually see it as lines, not a dot) or slowly so it only needs a...
http://lmgtfy.com/?q=how+to+use+git
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