Two-Function Manual Pediatric Hospital Bed

Description

Dual Function Pediatric Manual Medical Bed The Dual Function Pediatric Manual Medical Bed is a specially designed children’s bed with two key manual adjustment functions: backrest lift and leg lift. Designed specifically for use in pediatric wards, it combines safety, comfort and child-centered features to meet the unique needs of young patients. Key Features • Manual operation: Adjustment is controlled by a rocker, usually located at the foot of the bed, which allows precise control of the angle of the backrest and legs. • Two core functions: • Backrest Lift: Stable adjustment from 0-75°, allowing children to sit up comfortably for activities, meals or medical examinations. • Leg Lift : Adjust stability from 0-30° and lift the legs for enhanced comfort or supportive positioning as needed. • Pediatric-centric design: Keeping children’s needs in mind, it has compact dimensions (1880×860×500mm) and an appropriately sized bed surface (1800×800mm) to fit children safely. The design often includes child-friendly aesthetics, rounded edges to prevent collisions, and safety elements suitable for pediatric use. • Safety assurance: Equipped with side rails to prevent falls and thoughtful details like gaps between rails to avoid entrapment. It also features 125mm casters with a central locking braking system to ensure stability during use and minimize movement-related risks. • Durable and customizable construction: Features a sturdy steel bed frame (statically coated for durability) and removable ABS head/footboards. Both the frame and casters offer customization options to meet specific ward requirements. Bed platforms can use HPL (High Pressure Laminate) or acrylic for added flexibility. • Practical add-ons: Optional accessories – including mattresses, IV poles, drainage bag hooks, shelves and table tops – enhance functionality and support daily care, therapy and patient comfort. Backed by a 3-year warranty (including 1% extra accessories), this bed balances reliability, safety and adaptability, making it ideal for pediatric care environments.