Tag Archives: Project

Pincraft Photography Camera & Service

Pincraft Square

Pincraft Sketch

Remove the winders

Remove the winders

Apply the return sticker

Apply the return sticker

Done!

Done!

Pop it in the post

Pop it in the post

So this is the final form of my Pincraft Photography pinhole camera.  It’s certainly a case of form following function.  I’ve kept the graphical side of things to a minimum in the attempt to encourage the user to add their own artwork, be it that of a child or an artist.

This flat packed, easy-to-assemble, zero waste, fully functioning and pretty-darn-good-quality-pinhole-camera shoots 12 shots on to black & white 120 film.  The service concept behind the project is to provide a full service in which the film unit not only houses and exposes the film, but also provides the packaging solution to return the film for development.


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Previously, On Breaking Bad…

Yesterday I decided to take the bull by the horns and buy a home development kit for black and white film.  My Pinhole Moments project has developed into a hobby as well as a final year university project.

2015-01-19 15.50.56After researching developing black and white film at home I spoke with a few professionals and hobbyists, as well as YouTubing the heck out of it.  I thought, “yeah, I can do that” and went down to Silver Print in Elephant and Castle to look at the kits and chemicals.  They were very helpful and really friendly, I can’t recommend them enough!  I ended up buying the kit and chemicals and even developed my own 120 B&W film that very evening. (Results coming soon)

There is something beautiful and exciting about developing your own photos.  I did feel a bit like Jesse Pinkman mixing up the chemicals but that’s all part of the fun.

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Prototyping on the Zünd Cutter

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I’m currently developing an analogue pinhole camera that is made predominantly from corrugate card.  I’ll be posting up snapshots of the development process, prototyping, photos and anything else that might be interesting for y’all to look at.

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This is a Journey Into Sound

This is a Journey into Sound
Created by: Dan Jones
Music: Antigone – Menace of the Species

This is a Journey… is a first year product design project I worked on. The brief was to create a “Rube Goldberg machine” with eight knock-on effects based around a stimulus word of our choice. I could have only one interaction with the piece, which in my case was placing the stylus on the record.

My chosen stimulus word for the project was ‘Recording’. With this word in mind, I decided to base my project around the history of sound recording and the technological advances that have enabled sound recording to progress over the years. Each knock-on chronologically represents a technological advancement in the methods of recording sound. The sequence is as follows: phonoautograph, phonograph, gramophone, electrical, magnetic, multitrack, tape, CD, digital.

I employed a multitude of manufacturing and prototyping processes in order to complete this project, including 3D printing, laser cutting, milling, cutting materials using a Zünd cutter, a band saw, various sanders and an array of different hand tools.

This video was recorded in one take, the music is played in real time and as you can see, I interact with the piece only once. I hope you enjoy the video as much as I enjoyed making it. Thanks for watching!

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Representation of Electronic Recording – Test Run

One part of my Rube Goldberg project. Testing the servo motor sweep distance and ball bearing ejection.
I laser cut each individual part from sheet acrylic.

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3D Printed Final Prototype – Radio Project

This is the 3D printed final prototype for a radio based project I worked on for my university course.  The main body is printed on a Zprinter 450 powder printer that bonds powder material with a liquid adhesive.  The speaker trim, radio face trim and button/knobs are all printed on a 3D Touch printer, which is an extrusion printer.

I had to sand down all of the surfaces and apply Pollyfilla and/or primer filler to achieve the desired surface finish.  Once ready, I applied the final layers of paint.

The making of the speaker trim and grill can be seen here.

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The following is a photo presentation of the final prototyping methods I used.

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The first 3D printed body prototype was printed in two parts, with a wall thickness of 1mm.  After seeing the first prototype it became obvious that I would have to increase the wall thickness.  I also decided to print the body in one piece which would eradicate some of  the complexities associated with the assembly process.

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Applying super-glue to the body to increase the strength of print.

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Applying paint to the raised details.

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Each individual component before final assembly.

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Concept Radio Renders

Some initial concept CAD renders for a university radio project.

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