Domande Frequenti

What is the USM Haller ball-and-tube system?

The USM Haller system is a modular furniture architecture built around chrome-steel tubes connected by spherical ball joints. Designed by Fritz Haller and Paul Schärer in the 1960s, it allows configurations to be assembled, reconfigured, or expanded over time without tools, making it one of the most adaptable systems in modern furniture design.

Can USM Haller pieces be reconfigured after purchase?

Yes. The USM Haller system is engineered for reconfiguration. Individual modules, panels, and doors can be added, removed, or repositioned as spatial needs change, which is precisely the adaptability Haller and Schärer originally set out to achieve.

What colors are available for the USM Haller Storage G2A?

The Storage G2A is offered in seven standard USM surface colors, a palette developed to complement the chrome-steel frame across a range of architectural contexts, from neutral whites and grays to USM's signature red and yellow.

Is USM Haller furniture made to order?

USM Haller pieces are configured to order, as the system's modular nature means each unit is assembled to the specifications requested. Lead times vary depending on configuration and color selection.

Who designed the USM Haller system?

The system was conceived in the 1960s by Swiss architect Fritz Haller and Paul Schärer, the owner of USM, originally as a solution for the interior architecture of USM's own factory building. Its success as a furniture system emerged organically from that architectural application.

Brand & Designer

USM Haller
Cassettiera Inos 5 cassetti (K1)

USM Haller

Founded in 1885 in Münsingen, Switzerland, USM specializes in modular furniture, tables, storage systems, and architectural solutions defined by timeless design, precision engineering, and lasting adaptability.
Fritz Haller
Cassettiera a 3 cassetti (Y)

Fritz Haller

A Swiss architect and designer known for modular modernism, structural clarity, and a visionary approach to adaptable living and working environments.