2022

Vida Scissors

Pruning scissors inspired by nature's own geometry.

The challenge was to design a pruning scissor that felt intuitive, organic, and visually connected to the natural world it interacts with. Most pruning tools prioritize function over form, leaving them cold and industrial. Vida was born from the question: what if the tool itself looked like it belonged in the garden?

Vida Scissors — overview

Vida draws from two main references: the silhouette of a leaf and the precision of a bird's beak. Both shapes share a common language — pointed, elegant, purposeful. The handle follows the natural curve of the hand while its form echoes a leaf's outline, creating a visual and functional harmony that makes the object feel alive even when at rest.

Vida Scissors — leaf reference
Vida Scissors — bird beak reference

The design started with a series of quick sketches exploring different organic shapes and grip configurations. From there, rough prototypes were built using cardboard and clay to test proportions and how the form felt in the hand.

Vida Scissors — sketching session
Vida Scissors — sketch iterations
Vida Scissors — cardboard mockups
Vida Scissors — 3D modeling

Once the proportions were validated, the design was translated into a full 3D model. Digital modeling allowed for precise refinement of every curve and detail, ensuring the organic shape remained consistent from every angle.

Cardboard defined the scale, clay refined the grip and curvature. The PLA print was the final filter — putting geometry, ergonomics and weight distribution to the test before closing the design.

Vida Scissors — PLA prototype held
Vida Scissors — PLA prototype in use

Form meets function. Vida in its final state.

Vida Scissors — colorways
Vida Scissors — final render front
Vida Scissors — final render angle
Vida Scissors — hinge detail
Vida Scissors — blade detail
Vida Scissors — in use
Vida Scissors — dimensions
MaterialPP handle · Stainless steel blades
FinishingGloss green · Brushed steel
ProcessInjection molding · CNC grinding
PrototypePLA 3D print
Dimensions180 × 37 mm