The Topper - Advanced MicroEnvironment Management Coverlet from Span America

The MicroEnvironment Manager SPAN Topper is an advanced solution for managing excess heat and moisture in various environments. At its core is the proprietary Air Diffusion Matrix technology, which creates an uninterrupted stream of air beneath the support surface interface. This innovative design doesn't rely on absorbent materials or layers, instead utilizing a gentle airflow system for maximum humidity control.

The Topper's patented design ensures an open pathway for moisture vapor transport across its entire surface. This feature, combined with its superior capacity for heat removal through evaporative cooling, makes it highly effective in maintaining a cool and dry environment. When tested in an environmentally controlled, certified lab using the most current standardized testing for moisture vapor removal, the Topper outperformed a wide variety of products, including typical low-air-loss surfaces and powered covers.

Ease of use and maintenance are key features of the Topper. It can be easily wiped clean and disinfected in place using standard solutions. For more thorough cleaning, the top layer can be unzipped and machine washed, while the inner air delivery layer can be accessed for wipe-down cleaning and disinfecting.

The system includes a compact, quiet control unit that provides gentle, uninterrupted airflow. This unit hangs easily at the footboard and features an indicator light for user convenience. The Topper's low profile design allows for effective performance without the safety compromises often associated with traditional overlay products.

As a versatile and cost-effective solution, the Topper doesn't require the use of expensive disposable components. It serves as an easy on/off upgrade to any pressure redistributing support surface, secured by fitted corners and a bottom strap. This combination of advanced technology, ease of use, and adaptability makes the MicroEnvironment Manager SPAN Topper a superior choice for moisture and heat management in various settings.