Humanscale is a design studio
that creates ergonomic solutions whose goal is to improve health and Comfort at
workplace. These products have been awarded more than 200 prestigious prizes
since 2007 and are present in several museums. Office solutions, which include self-adjusting
chairs, tables, lighting etc., inspire movement and help the user’s posture. Humanscale,
whose headquarters are in New York, follows the philosophy that believes that in
a good design less is more, and not
only should the design be sustainable, but also the materials. The studio is in
constant partnership with acclaimed designers, such as the iconic Niels
Diffrient.
This time, Humanscale made a partnership with Todd Bracher and TheGreenEyl Studio, authors of the installation present at Semana de Design de Milão, (Milan’s Design week), next April. Bodies in Motion is the exploration of the essence in the human movement and a visual metaphor of the company specialized in ergonomics. The installation reinterprets the original scientific perception method of movement developed by the Swedish psychophisic Gunnar Johansson in 1973 which put lights in key elements of the human body to highlight movement. Bodies in Motion applies digital projection technology of the 21st century to communicate data through 15 light beams which are reflected through space under a visual display.
This time, Humanscale made a partnership with Todd Bracher and TheGreenEyl Studio, authors of the installation present at Semana de Design de Milão, (Milan’s Design week), next April. Bodies in Motion is the exploration of the essence in the human movement and a visual metaphor of the company specialized in ergonomics. The installation reinterprets the original scientific perception method of movement developed by the Swedish psychophisic Gunnar Johansson in 1973 which put lights in key elements of the human body to highlight movement. Bodies in Motion applies digital projection technology of the 21st century to communicate data through 15 light beams which are reflected through space under a visual display.
