These 3D Printed Jewelry Designs Are Inspired By Architecture And Geometric Shapes

May 31, 2017

These modern jewelry pieces are 3D printed using nylon and plastic as the main materials.

 

Megan Grace of Grace & Robot, blends the delicate art of jewelry making with digital technology to create modern jewelry pieces. 3D printing allows Megan to challenge traditional manufacturing techniques by creating jewelry that is unique in geometric form, pattern, and volume.

Each jewelry piece begins as a hand drawn prototype, determining size and proportions, before creating the piece as a model in a CAD program. Once a file from the model is created, it is sent to a 3D printer to be printed with chosen materials.

 

These pictures show the design process of creating modern 3D printed jewelry pieces.


Megan is inspired by the old and new architecture and buildings of Barcelona, where Grace & Robot was founded. She has taken this inspiration, using clean lines and unique shapes, and integrated it into her jewelry making.


These modern necklaces are blue and pink and are 3D printed using nylon and plastic as the main materials.


Nylon and plastic are used as the main materials for these interlocking jewelry pieces, with polished silver for chains, backings, and closures.


These modern geometric bracelets are 3D printed using nylon and plastic as the main materials.


By mixing old jewelry making techniques with new technology and materials, the various pieces from Grace & Robot evoke the past, while still remaining in the present.


These modern geometric rings are 3D printed using nylon and plastic as the main materials.


These modern red geometric bracelets are 3D printed using nylon and plastic as the main materials.

These modern geometric rings are circular, red and black, and are 3D printed using nylon and plastic as the main materials.

These modern geometric bracelets are black and red, and are 3D printed using nylon and plastic as the main materials.