
£1,927.06 GBP inc. VAT
SPENCER® 4BELL STAIR+ Patient Transport Chair. Dual-Function Transport and Evacuation Chair. 10G Certified.
The Spencer 4BELL STAIR+ is a compact and collapsible chair designed for transporting and evacuating patients with mobility challenges from multi-level buildings. It weighs just 14.7kg!
The 4BELL STAIR+ chair is ideal for efficient and safe stairway navigation, equipped with dual self-braking tracks that ensure a secure and controlled descent without compromising patient safety.
In emergency situations, evacuating individuals with mobility issues can be daunting. The 4BELL STAIR+ can be mounted in ambulances and other specialized vehicles using the 4BELL STAIR+ Max Chair Fastener.
This allows the 4BELL STAIR+ chair to be deployed at disaster sites or evacuation points. Simply secure it to the floor or walls as per vehicle specifications.
Collapsible Transfer & Evacuation Chair.
The 4BELL STAIR+ is a durable yet lightweight chair that folds easily for convenient storage. It features locking telescopic handles at the front for enhanced grip, facilitating smooth movement. Behind the main backrest are two additional extendable handles for better control to avoid obstacles. These rear handles can be folded away when not needed.
The inclusion of dual self-braking and reinforced tracks provides extra stability and control during stair descent. Large 15cm rear wheels include brakes that are easy to locate and engage. Combined with the pivoting 10cm front wheels, vibration and friction are minimized during transport for optimal maneuverability.
The foldable footrest enhances patient stability and comfort, along with the semi-rigid seat and soft backrest. The seat is crafted from PVC, which is easy to clean and resistant to disinfectants.
CE marked, 10G certified locking device and manufactured in compliance with EN 1865-4 and meets EN 1789 standards when secured with the 4BELL Stair+ Max anchoring system.
Enhanced Load Capacity.
The 4BELL STAIR+ chair supports a maximum load of 180kg, making it suitable for evacuating most patients while