Long Term Care Beds for Hospitals

The Descend Ultra-Low Floor Bed supports a maximum patient weight of 375 lb with a safe working load up to 395 lb. For facilities requiring higher capacities, the Ai1 All-In-One Expandable Low Bed accommodates a patient weight capacity of 550 lb, featuring a total safe working load of 600 lbs (272 Kg).

Yes, the Ai1 All-In-One Expandable Low Bed provides an expandable platform that adjusts from 35 inches to 48 inches in width and from 80 inches to 88 inches in length. This design accommodates wider mattress dimensions and supports diverse patient profiles, serving as a bariatric-capable frame without requiring an entirely separate specialty platform.

Both models offer motorized positioning adjustments. The Descend bed provides 0 to 70 degree back rest elevation, 0 to 30 degree foot rest adjustment, and 14 degree Trendelenburg and Reverse Trendelenburg capabilities. The Ai1 bed provides 70 degree head angles, 35 degree knee angles, 14 degree Trendelenburg positioning, chair and contour positioning, and emergency CPR release.

The Descend frame lowers to an ultra-low 2.7-inch floor height to minimize impact risks for vulnerable patients. Additionally, the Ai1 platform features a 10-inch low deck height, caregiver controls on head side rails and the footboard, nurse call compatibility, and an integrated three-zone bed exit alarm system for earlier fall detection.

The Descend Ultra-Low Floor Bed includes a 9V battery back-up system designed for emergency lowering in the event of an electrical power failure. For urgent medical events, the Ai1 Expandable Low Bed incorporates both electric and manual CPR release mechanisms to quickly flatten the patient surface for clinical emergency intervention.

The Descend Ultra-Low Floor Bed is engineered with four individual castors that can each be locked independently for stable positioning. In contrast, the Ai1 All-In-One Expandable Low Bed is equipped with center lock and steer casters, allowing facility caregivers to achieve efficient maneuverability and secure stationary placement during hospital transport.