simon van pottelbergh explores alternative interfaces for 3D printing with TAC.TILES

belgium designer simon van pottelbergh has developed ‘TAC.TILES’, an interface made out of 15 modules. these modules are able to control the basic geometry, shape and parameters through

physical manipulation of the buttons. the different modules allow the user to perform actions like pulling, pushing, twisting and bending. through the performance of these actions the shape

of the 3D model can be controlled.

‘TAC.TILES’ is a modular product for two main reasons. first, because users don’t need all 15 modules at all times. by only assembling those that are needed, a clean interface is created.

the second reason is to allow users to choose a position arrangement of different modules, allowing the possibility to have a control panel purely based on personal preference. each module

is equipped with a magnetic USB port. this way the modules can easily snap together, not only connecting the modules physically, but also connecting digitally with each other and the

computer.

this physical interface allows users to create 3D models in a fast and intuitive way. the main purpose is form finding, a stage at the beginning of a design process where various shapes are

generated in a short period of time. the interface is therefore used to create abstract figures and not ready yet to use for models or products.

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.