Encore® ReadyWide Low Hospital Bed

The SPAN ReadyWide® bed system integrates cutting-edge technology and design, offering advanced clinical and resident positioning. Available in 500lb and 650lb (PLUS) safe working loads, the ReadyWide® provides superior strength and safety for a wide range of patients. Its low-bed design ensures optimal comfort and safety, while the trapezoidal slat profile enhances ventilation and makes cleaning effortless. With integrated ReadyWide® expansion, caregivers can easily adjust the bed width from 39" to 42" using a simple "two-click" mechanism, allowing for quick and hassle-free mobility within the facility.

The ReadyWide® bed system's integrated "Two Click" expansion feature provides an easy, flexible solution to fit narrow doorways and enhance in-facility bed mobility. Caregivers will appreciate the expanded surface area for safer and easier transfers, as well as assisting patients with activities of daily living (ADLs). The ability to adjust the bed to either 39" or 42" makes it a versatile choice for clinical settings where space is a concern. These features not only improve patient care but also offer added convenience and support for healthcare professionals managing patient mobility.

Equipped with Intelligent Smart Stop® technology, the ReadyWide® offers an additional layer of safety by automatically pausing the lowering process when the bed reaches 12.5" from the floor. This feature helps reduce the risk of falls or injury, as it prevents users from attempting to egress from dangerously low positions. Flashing indicators signal when the bed is entering the low height zone, and under-bed illumination can be activated for nighttime safety. The Smart Stop® system enhances caregiver ergonomics, ensuring that lowering the bed is only possible with foot-end control, allowing for safer, more controlled patient care. With additional features like a ratchet-style vascular footrest, durable antimicrobial coating, and minimal horizontal movement, the ReadyWide® system prioritizes safety and functionality.