Vacuum Bowls

2022

Abstract

The B!POD Vacuum Bowls were designed around the physical forces generated by deep vacuum. Their axially symmetrical geometry naturally distributes pressure across the structure, allowing each container to reach and stably maintain an ultimate pressure of 50 millibars, performance typically associated with metal vessels. The reinforced lid transforms this engineering requirement into the defining visual element of the collection: an eyeglass-shaped structure that controls deformation while giving the product its distinctive identity. The profile combines the precision and restraint of Japanese objects with the generous proportions of ancient Roman vessels, evolving across three stackable sizes that can also nest inside one another. The bowls are made from ocean-bound plastic, chemically recycled back into monomers and converted into food-grade polymers. The transparent lid is moulded in high-thickness Tritan™ TX2001, combining structural resistance with optical clarity and turning the mechanics of vacuum into a visible part of the design.

Credits

SAES Getters®

B!POD®

Filippo Batavia | Lead Designer

Ginevra della Porta | Project Manager

Evaldas Cesnavicius | Visual Designer

Giedrius Paulauskas | Visual Designer

Awards

Red Dot Design Award 2023

iF Design Award 2023

Patents

Patent No. 22733372

Patent No. 8536866

Multiple vacuum bowls arranged in a grid with different colors and finishes
Transparent CAD view of the underside of a vacuum bowl lid with internal components highlighted Transparent side CAD view showing the internal architecture of a vacuum bowl lid
Vacuum bowls shown from top and side views in several colors and sizes
Finite element displacement analysis of a vacuum bowl lid viewed from above Side view of a finite element displacement analysis performed on a vacuum bowl lid
Transparent CAD visualization of the injection mold developed for a vacuum bowl lid Vacuum Bowls combining Japanese restraint with Roman proportions.
Development of a common transparent lid architecture designed to work across the complete bowl family. Detail study of the dual-interface lid, combining vacuum connection and pressure-release functions.
Integration of the Vacuum Bowls into the wider B!POD food-preservation ecosystem and domestic environment.
Concept visualization presenting the bowls, vacuum device and domestic environment as one coordinated system.