Hausmann 1440-68 Dual Lift Powermatic Mat Platform

Introducing the Hausmann 1440-68 Dual Lift Powermatic Mat Platform, a marvel of modern engineering designed to revolutionize your medical practice or rehabilitation center. This innovative platform boasts unparalleled features to enhance patient care and practitioner convenience.

First and foremost, the Powermatic Mat Platform offers seamless power height adjustment, ranging from a wheelchair-accessible 19 inches up to a versatile 28 inches. This range ensures optimal accessibility and ease of use for patients of varying needs. The platform’s two direct drive, synchronized lift mechanisms deliver unmatched power and stability, guaranteeing smooth and reliable operation in any healthcare setting.

Crafted with durability and aesthetics in mind, the platform features a sleek black laminate base accented with satin aluminum trim and adjustable levelers for stability on any surface. Its tear-resistant, seamless nylon-reinforced vinyl upholstery not only provides exceptional comfort but also ensures easy maintenance and longevity. With 2 inches of high-density urethane foam padding and rounded corners for safety, patients can rest assured during treatments or exercises.

Moreover, the Powermatic Mat Platform prioritizes practitioner efficiency with its hands-free foot control, allowing seamless adjustment without interrupting procedures. The inclusion of a hospital-grade plug ensures compliance with rigorous safety standards, while its 110V, 60Hz, 2.8 Amps power supply guarantees reliable performance.

Customization is key, and this platform offers a choice of four nylon-reinforced vinyl upholstery colors to suit any aesthetic preference. Additionally, customers can specify their preferred laminate and upholstery colors at the time of ordering, ensuring a personalized touch to match any healthcare facility’s decor.

In conclusion, the Hausmann 1440-68 Dual Lift Powermatic Mat Platform sets a new standard for excellence in medical equipment, combining cutting-edge technology with ergonomic design to elevate patient care and practitioner experience alike.