tobias nitsche + danzer produce curving veneer boss chair
all images courtesy of tobias nitsche

 

 

 

light, stable and stack-able the ‘boss chair’ by designer tobias nitsche was produced in collaboration with german 3D veneer specialists danzer. the technique employed allows for a more radical curvature – the plywood furniture’s thin parts are stiffened with the three dimensional molding and then glued together by four rods to complete the construction. aesthetically the chair visualizes stability and comfort, practically it is ideal for gastronomy or public places where furniture needs to be stacked or moved around.

 

 

tobias nitsche + danzer produce curving veneer boss chair
the chair is light, stable and stack-able – ideal for where furniture needs to be moved around

 

 

tobias nitsche + danzer produce curving veneer boss chair
the boss chair is produced using molded 3D veneers to create a more radical curvature

 

 

tobias nitsche + danzer produce curving veneer boss chair
first prototype of the backrest

 

 

tobias nitsche + danzer produce curving veneer boss chair
first prototype of the backrest

 

 

tobias nitsche + danzer produce curving veneer boss chair
molds for the prototypes milled in MDF

 

 

tobias nitsche + danzer produce curving veneer boss chair
all the parts of the chair

 

 

tobias nitsche + danzer produce curving veneer boss chair
gluing everything together

 

 

tobias nitsche + danzer produce curving veneer boss chair
making the connection between the legs and the seat

 

 

tobias nitsche + danzer produce curving veneer boss chair
details showing the assembly, all the parts are glued together

 

 

tobias nitsche + danzer produce curving veneer boss chair
screenshot from solidworks

 

 

tobias nitsche + danzer produce curving veneer boss chair
screenshot from solidworks

 

 

tobias nitsche + danzer produce curving veneer boss chair
a homage to gio ponti’s superleggera chair

 

 

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.