The Woburn Community Profiling Bed is engineered for the community care market with construction that withstands repeated dismantle, transport, and rebuild without structural compromise. SWL 220kg (34 stone); maximum user weight 185kg (29 stone). Height range 380-800mm for MHOR 1992 carer ergonomics. Integral wooden side rails with two-handed release. Low-voltage power supply. Trendelenburg standard. Emergency battery backup. Integrated cable routing. MHRA compliant.
| Specification | Detail |
|---|---|
| Frame SWL | 220kg (34 stone) |
| Maximum User Weight | 185kg (29 stone) |
| Height Range | 380 - 800mm |
| Side Rails | Integral wooden - two-handed operation |
| Positioning Functions | Electric backrest; knee break; mechanical lower leg; Trendelenburg |
| Power Supply | Low-voltage |
| Cable Management | Integrated (reduced trip hazard) |
| Safety Features | Emergency battery backup; lockable handset |
| Optional Extras | Extension platform; extra battery backup; Guardian Wireless Alarm |
| Reference | NCL-HLBC791.02 |
| Compliance | MHRA guidelines; MHOR 1992 (height adjustment) |
The Woburn Community Profiling Bed complies with MHRA guidelines for profiling beds, including bed rail two-handed release requirements and electrical safety standards applicable to community settings. The height adjustment range supports MHOR 1992 carer ergonomic requirements; carer working height must be assessed and documented for each deployment. SWL of 220kg must not be exceeded; maximum user weight of 185kg must be verified per MHOR 1992. The low-voltage power supply meets the electrical safety specification for use in domestic and community care environments. Equipment register records must include the bed frame, mattress, and rail configuration for each resident, with regular maintenance checks documented for CQC Regulation 12 compliance.
What does the Trendelenburg function do and when is it clinically used in community care?
The Trendelenburg position tilts the entire sleeping platform so that the head is lower than the feet, typically at an angle of 15 to 30 degrees from horizontal. In community and residential care settings, Trendelenburg is most commonly used in three clinical scenarios: for post-procedure management of hypotension or vasovagal reactions, where the head-down position improves venous return to the heart and brain; for facilitating certain wound care or catheterisation procedures where patient positioning affects access or fluid drainage; and as a component of some pressure care repositioning protocols where gravity-assisted sacral offloading is clinically indicated. The standard inclusion of Trendelenburg in the Woburn Community bed ensures that community nursing staff have access to this positioning function without requiring an optional upgrade, which supports safe clinical practice in situations where Trendelenburg is required urgently. The reverse Trendelenburg (head higher than feet) is also achievable on profiling beds and is used for conditions requiring upper body elevation such as respiratory conditions and gastro-oesophageal reflux.
Why is dismantle-and-rebuild durability specifically important for a community profiling bed?
In a care home or hospital, profiling beds are typically placed once in a clinical area and remain in that position for extended periods; structural wear from dismantle and rebuild is not a primary design consideration. In the community market, the same bed may be delivered to a patient's home, assembled in the bedroom, used for months or years, then dismantled when the patient is admitted to hospital or the care episode ends, transported in a van, cleaned and serviced at a central point, and then delivered to a new address and rebuilt. Each dismantle-and-rebuild cycle places mechanical stress on the joining components, locking mechanisms, and frame connections; a bed not designed for repeated cycles may develop structural looseness or component wear that reduces the frame's SWL integrity or creates safety hazards after multiple uses. The Woburn Community bed's design specifically addresses this use pattern by using joining mechanisms and frame connections rated for multiple cycles, ensuring the bed meets its published SWL specification throughout its working life even after repeated dismantles in community service.