decap drawing device by broos designs record sleeves for dance organ music
all images courtesy of ambroos stoffels

 

 

 

dance organs are big machines that contain several instruments which play live music, and thereby replace the musician. in response to this realization, ambroos stoffels wanted to replace himself as a designer by creating the ‘decap drawing device’ for his final year at sint-lucas art school in ghent, belgium.

broos decap drawing device record sleeves dance organ music
the decap drawing device installation

 

 

 

the works are determined by the same system that defines the music played by the instrument, namely punched cards. within the construct, they function as stencils, whereas in the organ they contain the score. the production cost was kept very low by recycling as much material as possible with driving belts made from bicycle tubes and surfaces formed from reclaimed wood.

broos decap drawing device record sleeves dance organ music
top view of the construct

 

 

by rotating the lever, a circular pattern is pressed onto the blank record sleeve. ‘I question my role as a designer by giving my job out of hand, every customer can design a record sleeve by his choice depending on parameters as the stencils and the pens. this is version 2.2, I emphasize this because I feel that this work is still in process. I’d like to optimize both the machine as its results,’ says stoffels.

broos decap drawing device record sleeves dance organ music
the results represent punch cards

broos decap drawing device record sleeves dance organ music
each line is created with a stencil

broos decap drawing device record sleeves dance organ music
red, blue, and green sleeve

broos decap drawing device record sleeves dance organ music
the record label containing all the information of the record

broos decap drawing device record sleeves dance organ music
presentation of 10 DDD records 

broos decap drawing device record sleeves dance organ music
infographic explaining the mechanisms

 

 

designboom has received this project from our ‘DIY submissions‘ feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.