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.

Frequently Asked Questions

Who designed the USM Haller system?

The USM Haller system was developed in the 1960s through a collaboration between Swiss architect Fritz Haller and Paul Schärer, then director of USM. Haller's modular geometry and Schärer's manufacturing vision produced a system that has remained in continuous production ever since.

Can USM Haller pieces be reconfigured after purchase?

Yes. The ball-joint and tubular steel construction of the USM Haller system is designed for reconfiguration. Panels, doors, and structural elements can be added, removed, or rearranged, allowing the furniture to adapt to changing spatial or functional requirements over time.

What are the standard color options for USM Haller cabinets?

USM Haller offers seven classic surface colors for its cabinet panels, ranging from pure white and anthracite to warmer tones. The chrome-plated steel frame remains constant across all configurations, providing a consistent structural identity regardless of color selection.

Is the USM Haller Credenza E2 suitable for home office use?

The Credenza E2 was designed without distinction between residential and professional contexts. Its lockable drop-down doors, broad storage format, and restrained aesthetic make it equally appropriate for a private study, a corporate office, or a living environment where storage discipline matters.

How is USM Haller furniture manufactured?

USM Haller pieces are manufactured to order at the company's facilities in Münsingen, Switzerland. The chrome-plated steel ball joints and powder-coated panels are produced with tolerances typical of precision engineering, which accounts for the system's dimensional consistency across decades of production.