https://www.kickstarter.com/projects...oder?ref=email
Most definitely worth a mention, specially in light of the high price to buy one of the custom made ones...
https://www.kickstarter.com/projects...oder?ref=email
Most definitely worth a mention, specially in light of the high price to buy one of the custom made ones...
Great Googly-Moogly!
You mean that all the drama in the early 2Ks over modifying the 110 Polaroids was just spitting into the wind?
This genius seems to have figured a way to convert the Polaroid bodies to accept several formats of instant pack films and many 4x5 sheet film holders without drastically cutting away large parts of the camera or doing heroic internal machining.
Did I get most of that right from the video?
Drew Bedo
www.quietlightphoto.com
http://www.artsyhome.com/author/drew-bedo
There are only three types of mounting flanges; too big, too small and wrong thread!
And there are piles of nice donor cameras everywhere. They sell for less. I think we have 10 here.
Tin Can
the issue I have with this conversion back is that your eye is fairly far back from the viewfinder. This is an issue I found with other conversions as well. The Byron seems to solve this issue however one thing the Byron can't use is Polaroid 545 backs and new55 film
notch codes ? I only use one film...
I had a hard time working through and reading the graphic explaining the Rewards for supporting this project. Anybody have a clear idea of what gets what?
Drew Bedo
www.quietlightphoto.com
http://www.artsyhome.com/author/drew-bedo
There are only three types of mounting flanges; too big, too small and wrong thread!
Looks pretty cool. I did a similar conversion myself, but made the new back out of wood. I need that little piece he screwed into the bed in the first shot of the video!
3-D printers and the associated software are relatively cheap today. For under $20K startup he can be turning out backs lickety split. It's a new world out there.
"In order to reduce the weight of the new camera back, we trialed 3D printing techniques but the result wasn’t satisfactory due to poor strength and joint connection failure. We then looked into higher strength material like stainless steel, which can be cut with precision and is also good for manufacturing with CNC machining, but it proved too heavy and so we gave up this development. Finally we set our heart on aluminum and engineering plastics and trialed many categories for its strength and maintaining its curves to fit the original camera shape nicely."
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