NASA Technology - Our mattresses will help you get the deep, restful sleep you need, due to their remarkable, pressure-relieving features. Why? Because back in the 1970's, NASA set out to develop a material that would conform to the exact body weight and shape of each astronaut, and came up with a viscoelastic temperature-sensitive memory cell technology. Like Tempur-Pedic® and NASA, our mattresses use a viscoelastic, temperature-sensitive memory cell technology that will cradle your body in unbelievable, out of this world comfort.
 Better Sleep - The unique characteristics of our Memory Cell mattresses provide a sleep surface that conforms to your shape and position. To do this, Memory Cell technology responds to temperature, and softens in warmer areas, as this is where your body is making the most contact with the bed. The foam also reacts to the weight of your body, yielding at your hips, shoulders and head, while supporting your legs and arms. The result is a mattress that conforms to your body, and the most comfortable bed you've ever slept in. And when you get up in the morning, the bed will return to its original shape, ready for your next, restful night's sleep!
Healthier Sleep - We understand that comfort is only half the equation of healthy sleep. Memory Cell mattresses provide you with all the support your body needs. Bad sleeping posture can lead to stiffness, poor sleep and pain.
Consider this:
 Conventional beds provide a flat, relatively unyielding surface. Our body is forced to conform to the bed. This can restrict blood flow and create pressure points.
Water beds displace under your body, creating a 'hammock effect'. Your spine becomes curved, and you receive unhealthy and improper sleep support.
The unique memory cell technology yields to weight and heat in some areas, and rises in others, providing support across your entire frame.
As a result, you will find yourself perfectly supported, no matter what position you sleep in. Our mattresses provide measures of comfort and support beyond compare. |
