fbpx skip to Main Content

At Humanscale, we believe that the highest level of functionality is achieved through simplicity. With our ergonomic home and office chairs, we replace heavy, complex mechanisms with the sitter’s own body weight and the laws of physics to encourage movement, providing the most comfortable chair available.

Our longstanding partnership with legendary designer Niels Diffrient produced our award-winning Freedom, Diffrient Smart, Diffrient World and Liberty chairs. We also collaborate with respected industrial designers such as Don Chadwick and Todd Bracher on new ergonomic seating products.

We develop our chairs without knobs and levers, so they’re incredibly easy to use. All of our chairs allow the user to change postures effortlessly without operating any manual controls. Designing ergonomic chairs that are easy to use ensures that they are used in a correct, healthy way.

A soft seat cushion is often comfortable for a short period of time but uncomfortable when the user sits on it for many hours. Humanscale’s seat cushions are engineered to be denser than our competitors’ to offer all day comfort. We also pioneered the use of gel in seat cushions. Because gel doesn’t compress, it supports the sitter’s body and maximizes comfort over many hours

Most office chairs feature arms that are attached to the seat, which do not provide support when the user reclines or moves from posture to posture. Humanscale designs all of its desk chairs with the arms attached to the back, so when the sitter moves, the arms are in a healthy, ergonomic position every time.

Humanscale ergonomic desk and office chairs are perfectly adjusted for every user, as if the chair was custom made for you. In lieu of traditional tension mechanisms, which can weigh as much as 15 pounds and be made of up to 40 parts, our task chairs use the laws of physics and the sitter’s own body weight. As a result, the chair automatically reads the weight of the user, allowing for the mechanism to provide perfect recline with the correct tension for every individual.