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How SmartCells Mats are Different from Traditional Foam Mats:
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 " The best thing I have ever stood on eight hours a day. It is wonderful. I recommend it to anyone. My feet feel better. My knees and hips feel better too. I love this product! " |
JAMA
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Improve Productivity and Reduce Injuries.
According to a 2003 study in the Journal of the American Medical Association (JAMA), 12.6% of U.S. workers experience a loss of productivity due to the following pain conditions: 5.4% headache; 3.2% back pain; 2.0% musculoskeletal pain; and 2.0% arthritis pain. The study further reports an average loss of 4.6 hours per week per person who experiences debilitating pain. Since the majority of this loss is at work as reported, then employers are losing an average of 3.5 hours per week, or 23 days per year, of productive time when a worker is in pain (76.6% x 4.6 hours). |
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SmartCells Technology
| SATECH offers the marketplace a new generation of cushioning technology for workplace, healthcare, athletic and equestrian applications to reduce fatigue and injury and improve productivity. Standing workers experience less back, leg and foot pain, from SmartCells anti-fatigue mats, runners and platforms. Elderly and frail individuals are provided fall protection from SmartCells shock-attenuating surfaces. Athletes train more efficiently with less injuries due to SmartCells ability to absorb, cushion and redirect |
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Old Generation anti-fatigue technology is based on the erroneous assumption: If standing on a hard surface is bad, then standing on a soft surface is good!
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If standing on a soft surface is good, then the solution for reducing fatigue would be to have workers stand on thick foam. Obviously, this approach would result in more fatigue and possible injury. Most so-called anti-fatigue mats, with a design based on this old assumption, are made of foam to create a soft surface. The reality is when foam compresses, it gets harder, not softer. An overly soft surface can cause more fatigue because it requires more effort to maintain a balanced position. (e.g. walking on sand or standing on a mattress) |
New Generation Technology is based on Ergonomic Research. The optimal surface for standing is a combination of elements
 The latest research has formed the basis for SATECH's design for SmartCells anti-fatigue technology. Research shows that the best possible health and safety solution for an anti-fatigue surface is a combination of critical elements working in concert; not simply a softer mat.
To effectively reduce fatigue from prolonged standing, the mat surface must provide an optimal degree of firmness. It must create some instability to encourage small postural movements, yet it must not be so soft that it creates an unstable condition that causes muscles to work more than necessary to maintain a standing position. The mat must also provide stability to ensure secure footing, and still cushion adequately under pressure.
SmartCells function like a spring to return energy. SmartCells technology has been designed to be "in-phase" with the movements of the body, providing a remarkable anti-fatigue characteristic that actually helps every subtle and overt movement involved in standing or walking work compared to other surfaces. This is true anti-fatigue technology. |
Why it works
The SmartCells patented structure consists of an integrated surface layer and an underlying array of cylindrical rubber cells. The SmartCells structure provides a stable surface supported by unstable rubber cells that soften as needed in response to surface activity. The cells adjust dynamically to varying types of impacts, forces and static loads applied to the surface in order to provide:
- Maximum fatigue reduction and reduced foot, leg, and back pain in standing workers
- Enhanced performance on playing surfaces, such as when basketball players cut and run or when volleyball players scoop and dive
- Reduced head, hip, knee, elbow and other impact related injuries
- Reduced stress fractures and other chronic fatigue-related injuries caused by hard surfaces
- A firm and stable surface that allows all persons regardless of their physical ability to safely engage in athletic, workplace, or therapeutic activities
SmartCells provide a more effective cushioning solution than foam for many applications because SmartCells gets softer as compressed not harder like foam.
SmartCells also recovers/rebounds more rapidly than most foam cushions.
SmartCells rebound instantly as weight is shifted
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Foam gets harder as it is compressed
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SmartCells get softer as they are compressed
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