The Hausmann 1428-57 Electric Hi-Lo Mat Platform represents a pinnacle of innovation and reliability in the medical field. Crafted with precision and designed for utmost functionality, this platform integrates advanced features to ensure optimum patient care.
At its core, this platform boasts electrically activated hydraulic cylinders meticulously built into each of its four corner legs, guaranteeing a robust foundation with a remarkable 750 lb patient weight capacity. Additionally, with seamless elevation capabilities ranging from 21” to 31” H, it offers unparalleled versatility to accommodate diverse patient needs effortlessly.
One of its standout features is the electric backrest, engineered to lift and elevate the back of an immobile patient with exceptional ease. With a lifting capacity of 400 lbs and adjustable angles from 1° to 70°, it empowers caregivers to provide optimal support and comfort to patients in varying conditions.
Navigating through adjustments is a breeze with the “hands-free” foot control operation, offering convenience and efficiency in critical moments. Moreover, the platform’s construction exudes durability, featuring a steel frame and four corner legs finished with a resilient black powder coat, ensuring longevity even in demanding environments.
Designed with accessibility in mind, its four-leg “open” design enables patient sling-lift accessibility from all sides, facilitating seamless patient transfers. Additionally, integrated levelers into the legs ensure stability on uneven surfaces, enhancing safety during operation.
With its hospital-grade plug and fully assembled shipment, this platform stands ready for immediate use, sparing healthcare professionals the hassle of assembly. Furthermore, upholstery options cater to individual preferences, offering a choice of four nylon-reinforced vinyl colors to suit varying aesthetic and functional requirements.
In essence, the Hausmann 1428-57 Electric Hi-Lo Mat Platform epitomizes excellence, reliability, and innovation, setting a new standard in patient care and medical equipment efficiency.