Object

Partition Wall

Developed & Designed by

Matthias Bolza-Schünemann, Joachim Stieger, The IGO Initiative

You can find an overview of all persons here

Tags

Materials

PLA Filament, Screw, Timber

Learn about materials

Find out more about the environmental impact of the materials used.

External link:
www.materialepyramiden.dk


Story / Motivation

The living conditions and needs of the occupants and users of a building are constantly changing. We want to provide a flexible solution to quickly change the layout of a room.

The Partition Wall allows, for example, existing wall openings to be temporarily closed and individual rooms or areas to be separated fast and with little effort.

It is suitable for living spaces, exhibition rooms, ateliers and more.

A special feature is that all connections are reversible and non-destructive to the surrounding building. The Partition Wall can therefore be placed and taken-out without any impact to the existing building structure.

The core structure of the Partition Wall are the columns composed of vertical, squared timber beams. With a height-adjustable Clamping Foot these are clamped between floor and ceiling of the room. Wall coverings, such as wooden panels or other fabrics, are then attached onto the timber columns.

The column grid is adjusted to each use-case. In case the situation allows, a timber beam can be place vertically on floor and/or ceiling level to strengthen the overall frame.


Gallery

Highlights

– self-assembly
– reusable and recyclable materials
– no use of adhesives and liquid sealants
– revisability
– reduced effort, time- and resource-saving


Downloads


Used Elements

The elements are the smallest units of the objects, which were developed.

Other Objects

The Fusebox (Small)

The Fusebox operates as single power access point for all required electric equipment of a space. Equipped with power supply sockets (2x 400 V, 4x 230 V, 4x 24V) as well as WiFi Access Point and Ethernet.

Read More »

The R5 Shelf

The R5 Shelf is a multifunctional, spatially integrated storage solution that harmonizes form and function within a given environment.

Read More »