PINHE4D – A 35 Mm Pinhole Camera 3D Printer Model

Author: @
License: CC BY-NC
File formats: stl
Download type: zip
Size:537.4KB

The file 'PINHE4D – A 35 Mm Pinhole Camera 3D Printer Model' is (stl) file type, size is 537.4KB.

Summary

"Who would believe that so small a space could contain the image of all the universe?" -Leonardo Da Vinci


Designed for 35mm film, and super hackable, the PINHE4D (P4) puts the pure power of the pinhole in the palm of your hand! A secret known to the ancients, and found in the eye of the chambered nautilus: a tiny aperture can render the visible world!

Photos taken by the P4:
http://www.flickr.com/photos/theschlem/sets/72157635189094287/

I have created a 3D Printed Cameras group on Flickr
http://www.flickr.com/groups/2263247@N20/
The mission is to share and promote open source cameras and related parts, created with CAD applications and 3D printing. Please join and post content!

I've designed and built a few pinhole cameras - it's immense fun, but it can be difficult to duplicate what others have done successfully. Cut-out paper pinhole cameras have been "2D" printed in magazines (see LINKS), but 3D printing offers a substantial improvement over flimsy paperboard construction. I hope you make, use, and hack this camera for your own artistic endeavors.

Goals for this project include:

  • fuctional pinhole camera and proof of concept
  • simple design / easy assembly
  • promoting development of 3D printed cameras
  • a hackable open souce photography platform
  • a library of (parametric) parts for homemade cameras
  • a useful and peaceful application for 3D printing technology
  • fun -- Shoot film, not bullets!

Thanks to aubenc for the knurled surface library!

I look forward to seeing how you evolve and iterate the PINHE4D. I plan to add an Arduino-controlled servo to the shutter for accurate exposure timing and a lens board for using optical lenses.

Mostly prototyped in Tinkercad with some OpenSCAD spice: printed in black ABS on a Printrbot Plus at 0.25mm, 2 perimeters, 40% infill (tripod mounts at 70% infill) I found that two perimeters gave me consistent infill, ergo better strength, but 3 perimeters generated interior voids in some walls that might bend and crack. Cracks = light leaks = bad.


ATTENTION
This work is licensed under the Creative Commons - Attribution - Non-Commercial license. This license applies only to the files and documents available for download from the Thing Files section of this Thing.
All other related content (photographs, videos, and verbiage such as contained in "Description" or "Instructions" ) are excluded from this license. with all rights reserved, unless specifically available for download This notice constitutes a clarification, not a change, to licensing for this design.

225mm_shutter_plate.stl 143.6KB
34mm_extension.stl 68.8KB
34mm_shutter_plate.stl 123.5KB
50mm_extension.stl 73.1KB
50mm_shutter_plate.stl 129.4KB
5mm_extension.stl 88.2KB
improvedpinheadknobs_fixed.stl 229.0KB
p5_shutter_levers.stl 40.2KB
pinheadknobs_fixed.stl 248.6KB
pinhead_back.stl 45.3KB
pinhead_body_plate_final.stl 275.7KB
pinhead_body_plate_raftless_fixed.stl 224.5KB
pinhead_front.stl 172.1KB
pinhead_viewfinder.stl 7.1KB
pinhole_clamp_plate.stl 15.2KB
pinhole_plate.stl 4.0KB
shutter_blade.stl 15.5KB
shutter_blade_servo.stl 21.6KB
shutter_plate.stl 20.1KB