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Adjusting Celle

How to tune and use your chair for maximum comfort and support.
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  • Herman Miller's Celle task chair receives the People's Choice Award at the National Ergonomics Conference and Exposition (NECE).
  • Best of NeoCon, Innovation Award for the Celle chair

What's In It For You

Product Story

Expectations are high for work chairs—and in places where different people use the same chair successively, around the clock, they’re even higher. The dependable, hardworking design of Celle stands up to heavy use, even in the most demanding environments—from call centers to nurses’ stations and from conference areas to laboratories.

Human-Centered Design

Beyond working in a wide range of spaces, Celle also fits a wide range of people. Designer Jerome Caruso’s vision for a highly engineered, intelligent surface that could provide supportive comfort for everyone resulted in Celle’s exclusive Cellular Suspension, a durable system of polymer cells and loops, engineered to support and respond to different areas of the body.

Cellular Suspension Back

No two of the 751 polymer cells in the chair’s patented Cellular Suspension back are alike. The cells and interconnecting loops are engineered to form a “flex map” that conforms to your unique shape and stature, supporting your back while allowing air flow to keep you cool. Passive PostureFit sacral support is designed into the back to prevent slouching and maintain proper spinal alignment.

Adaptable and Adjustable

With its roomy proportions and durable construction, Celle accommodates 90 percent of the global population and is rated for people up to 350 pounds (159 kg). A full range of adjustment controls allows you to personalize the fit.

Balanced Recline

As you lean back, Celle’s Harmonic tilt prevents your lower back from pulling away from the backrest, keeping you balanced and supported as you move naturally through the chair’s 28-degree recline range.

Inspired Palette

Celle offers versatility as well as dynamic support. An inspired palette of warm colors helps the highly technical design achieve a timeless look that doesn’t compete visually with other design elements in a space.

Many Options, Many Applications

The durability of the Cellular Suspension material makes Celle a great choice for even the most demanding work settings in business, healthcare, and learning environments. Celle also comes in a variety of upholstery options. Its most popular configuration blends the performance of a suspension back with the familiar aesthetic of an upholstered seat. A fully upholstered version is also available.

Responsible Design

Like all our products, Celle fits into Herman Miller’s vision of responsible design. Celle was developed using our Design for the Environment protocol, which establishes strict standards for recyclability, safe content, easy disassembly, minimal packaging, and minimal waste.

Design Story

The Celle chair began in the imagination of designer Jerome Caruso. Caruso was the first designer at refrigerator manufacturer Sub-Zero, and has been their principal designer for more than two decades and is responsible for the company’s entire line of refrigeration units. But the Celle chair, he smiles, was the “Mt. Everest of fun. At the beginning, I imagined a highly engineered, ‘intelligent’ surface that could be the ultimate in seating comfort.”

From an ergonomics standpoint, Celle follows the lead of our Aeron and Mirra work chairs, with five ergonomics issues integral to the design of all three:

Size and fit. Anthropometric data from CAESAR (Civilian American and European Surface Anthropometry Resource) and other sources was used to ensure that the chair fits many different body shapes and sizes.Pelvic stabilization. The Celle backrest has our integrated, passive PostureFit contour.Kinematics. Our proven Harmonic tilt mechanism was applied to Celle.

Pressure distribution. Throughout Celle’s development process, we used our pressure-mapping capabilities to inform the design of the cellular size, flex regions, and contouring.Thermal comfort. Special temperature sensors, called thermocouples, were used to evaluate upholstery options and inform textile selection.