omer sagiv uses selective laser sintering for luna nylon bicycle frame

omer sagiv uses selective laser sintering for luna nylon bicycle frame
all images courtesy of omer sagiv

selective laser sintering (otherwise known as SLS) is an additive manufacturing technology that has multiple benefits. the process works by converting 3D data into layers of material that will be compiled on top of one another according to the necessary specifications. the resulting physical parts are lightweight, highly durable, and heat and chemical resistant, all of which were created without the expense of tooling. with an understanding of this technique, omer sagiv has design the ‘luna bicycle’.

versions of the bike

the project used the method to shape a nylon frame, front-fork, and handle bar, while the rest of the components are off-the-shelf to keep costs to a minimum. the hexagonal pattern provides for a minimal surface area while ensuring strength and stability. as the parts are printed on demand, sagiv suggests that no stock is required. this is accompanied by no investment in moulding and thus, allows for changes to be made to the overall form, colors, and materials.

construction details

dimension drawing

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.