Curing Large Parts by Changing Device Geometry
Posted: Sun Aug 24, 2014 7:57 pm
Over the weekend, I was thinking that larger parts could be cured by changing to larger petrie dishes, substrate location (bed), and projection dimensions.
It's my guess that higher resolution (1080i/p) projectors would have to be used - which then led me to trying to figure out the differences in DLP chipsets. TI and Mitsubishi make some of the chips. Looking at IT, there's a 055 DLP, 065 DLP and something called a 1080p DLP DarkChip technology - supporting home theatre.
On a separate note, I found this little jewel that very nicely explains DLP and printing. The interesting thing that I saw was the "inkjet" parts. Hmmm...so if Z went in reverse and there was a curing vat that supported that...next model John?
http://www.ti.com/solution/dlp_3d_printer#Tools" onclick="window.open(this.href);return false; and Software
And a decent high level on DMD for projectors.
http://www.globalprojectors.com/The-imp ... _58-1.html" onclick="window.open(this.href);return false;
It's my guess that higher resolution (1080i/p) projectors would have to be used - which then led me to trying to figure out the differences in DLP chipsets. TI and Mitsubishi make some of the chips. Looking at IT, there's a 055 DLP, 065 DLP and something called a 1080p DLP DarkChip technology - supporting home theatre.
On a separate note, I found this little jewel that very nicely explains DLP and printing. The interesting thing that I saw was the "inkjet" parts. Hmmm...so if Z went in reverse and there was a curing vat that supported that...next model John?
http://www.ti.com/solution/dlp_3d_printer#Tools" onclick="window.open(this.href);return false; and Software
And a decent high level on DMD for projectors.
http://www.globalprojectors.com/The-imp ... _58-1.html" onclick="window.open(this.href);return false;