the ‘tons fitness table’ is designed for floor-based exercises 

 

Kristian Krøyer from Danish studio Tons shares his latest creation; a fitness table designed for floor-based exercises where you follow instructions on video or smartphone apps. Besides solving a functional user need, the table also embodies climate-aware manufacturing: 3D-printed in Denmark, sustainable products, no material waste, lean and local supply chain, minimal transport, no overproduction, no inventory, and no tooling cost. 

tons fitness table spoil yourself not the climate 1
‘Tons Fitness Table’ is 3D-printed in Denmark using sustainable products

 

 

multi-purpose and climate-friendly furniture piece

 

After completing the pilates, yoga, balance, or stretching exercises, Krøyer (see more here) says not to tuck the ‘Tons Fitness Table’ away just yet. ‘Insteaduse it as the perfect side tray, coffee table, or lamp stand. Nobody does fitness 24/7. So, why not make fitness gear that has multiple purposes?’

 

Production-wise, the furniture piece comprises solid and certified oak sticks topped with a 3D-printed plate made of Tons Bio Polymer. As mentioned earlier, every aspect of the design, sourcing, and production has a profound intention to reduce climate footprint — resulting in a lightweight, strong, and biodegradable home object. ‘Like any other Tons product, the Fitness Table is all about low footprint and lots of value,’ concludes the designer. 

tons fitness table spoil yourself not the climate 9

tons fitness table spoil yourself not the climate 12

from workout support to the ideal side tray / coffee table / table lamp

tons fitness table spoil yourself not the climate 7

tons fitness table spoil yourself not the climate 4

tons fitness table spoil yourself not the climate 3

solid and certified oak sticks, with a 3D-printed plate made of Tons Bio Polymer

 

 

1/4
1
 
1
 
1
 
1
 

project info:

 

name: Tons Fitness Table
design: Kristian Krøyer – Tons

table plate: Ø24,5 cm

height: 38 cm

width: 33 cm

depth: 29 cm

 

 

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.

 

edited by: lea zeitoun | designboom