See more objects with the tag dining, eating, cutlery, independence, flatware, interchangeable, utensil, spoon, white, gray , kitchenware , fork, assistive device, routine, stability, responsive.

Object Timeline

  • We acquired this object.

2016

  • Work on this object began.

2017

2025

  • You found it!

Utensil, Liftware Level

This is a Utensil. It was designed by Anupam Pathak and manufactured by Verily Life Sciences LLC. It is dated 2016. Its medium is polycarbonate, stainless steel, electronic components.

Liftware is a suite of electronic, assistive devices designed to help people with mobility challenges eat more easily and independently. It includes Level, a self-leveling handle that automoatically bends its flexible gray joint, keeping the attachment level as one’s hand or arm twists, bends, or moves, and Steady, a motion-stabilizing spoon that counteracts hand tremor. Both devices offer a selection of attachments for eating.

This object was donated by Verily Life Sciences LLC. It is credited Gift of Verily Life Sciences.

  • Flamingo Spoon
  • cast stainless steel.
  • Gift of Curvware, Inc..
  • 1997-174-3

Our curators have highlighted 14 objects that are related to this one. Here are three of them, selected at random:

  • Spoon, S'Up
  • tritan.
  • Gift of S'Up Products Ltd UK.
  • s-e-2660
  •

Its dimensions are

L x W x D (Level with spoon attachment): 23 × 5 × 2 cm (9 1/16 × 1 15/16 × 13/16 in.) L x W x D (Fork attachment): 8.5 × 3 × 2 cm (3 3/8 × 1 3/16 × 13/16 in.)

This object was previously on display as a part of the exhibition Access+Ability.

There are restrictions for re-using this image. For more information, visit the Smithsonian’s Terms of Use page.

For higher resolution or commercial use contact ArtResource.

If you would like to cite this object in a Wikipedia article please use the following template:

<ref name=CH>{{cite web |url=https://www-4.collection.cooperhewitt.org/objects/1158831737/ |title=Utensil, Liftware Level |author=Cooper Hewitt, Smithsonian Design Museum |accessdate=11 February 2025 |publisher=Smithsonian Institution}}</ref>