By Vvon Engineering Team | Published | Updated
Build a departmental bed schedule from positioning, patient access, handling and service requirements instead of a fixed electric-to-manual ratio.
Medical equipment RFQ checklist (TXT)
A hospital’s bed mix should reflect patient care, staff handling, available support and the operating environment. Compare manual, hydraulic and powered adjustment for each ward function, with the mattress and accessories included in the decision.
This guide addresses the mix and deployment of beds across a hospital. Final quantities and functions should follow the clinical team’s service plan; use the linked buying guide to compare individual bed specifications. Related reading: Hospital Bed Buyer's Guide for Bangladesh: ICU, Ward and Manual Beds Compared.
The hospital-bed buying guide compares core features. This article turns those choices into a departmental schedule without prescribing a fixed percentage of electric beds.
Powered adjustment may be useful in the following situations, subject to the clinical and handling assessment.
Critical care and high dependency often need frequent positioning and rapid emergency access. Specify those functions directly and assess the complete bed, backup and service arrangement. Some emergency or tilt functions can be mechanical or hydraulic; not every ICU bed has lateral tilt or every manual bed lacks CPR access.
Post-operative wards may benefit from frequent powered repositioning and appropriate patient controls. Decide which movements patients may control under clinical policy, with lockouts where required.
Where handling tasks are difficult, review staffing and patient-transfer equipment as well as bed adjustment. An electric bed does not automatically make a two-person task safe for one person.
In paediatrics, mattress, rail geometry, control access and the intended patient population are central. Powered movement and emergency functions should follow the ward’s clinical requirements, not an adult-bed specification copied into a smaller frame.
Manual or hydraulic adjustment may be appropriate where it meets patient and staff needs and is supported by the maintenance team. Compare the following operational issues across all options.
Evaluate adjustment under a representative, safely controlled demonstration with the actual users. If the bed cannot be used comfortably for the required task, review the equipment and workflow rather than assuming training alone will solve the problem.
Assign required functions to each patient group, then compare compatible bed configurations and support costs. The resulting schedule should explain why each feature is needed.
| Bed group | Class | Reasoning |
|---|---|---|
| ICU and HDU | Critical-care configuration | Required positioning, emergency access, accessory and imaging needs |
| Post-operative surgical | Manual, hydraulic or powered as assessed | Frequency of repositioning and staff/patient control needs |
| Casualty observation | Suitable bed or trolley | Expected duration, transfers and emergency access |
| General medical/surgical | Suitable height-adjustable ward bed | Handling assessment, patient access and support |
| Maternity postnatal | Ward bed matched to the patient group | Transfer, feeding and care access |
| Labour room | Purpose-suitable delivery bed | Clinically required delivery positions and accessories |
| Paediatric ward | Age/anatomy-appropriate bed or cot | Complete-system safety and access |
| Isolation | Suitable cleanable clinical configuration | Patient needs, decontamination and maintenance |
| Rehabilitation/long stay | Configuration selected for independence and care | Positioning, transfer aids and support surface |
Limit unnecessary model variation where standardisation preserves clinical suitability, and define a reserve or contingency for unavailable beds. Balance stock against demand, storage and maintenance rather than applying an automatic spare-bed quantity.
Assess the bed, rails, mattress and accessories together for falls and entrapment. IEC 80601-2-52:2026 addresses adult medical beds; older reports may cite IEC 60601-2-52, and the applicable edition and market requirements need checking. A thinner mattress is not automatically safe: gaps, compression, rail height and the patient’s anatomy all affect the risk.
Compare platform durability, access for cleaning and the imaging actually needed. A radiolucent panel or cassette holder does not establish compatibility for all imaging positions; verify the required field, artefacts and workflow on the offered configuration.
Match castors, brakes and steering aids to floor conditions, thresholds and the complete loaded bed. Central locking or a fifth wheel can be useful, but suitability should be demonstrated rather than inferred from the feature name.
Specify the mattress with the bed to establish dimensional and safety compatibility. Pressure-injury prevention also depends on assessment and care; neither a new bed nor a named mattress prevents injuries by itself.
Use the applicable procurement document and state the functions, evidence and evaluation method before bids are submitted. Samples can help assess usability when the demonstration is defined and permitted.
Check bedside cabinets and overbed tables against the bed’s movement and base geometry before ordering. Shared procurement can help coordination, but the key requirement is verified compatibility.
Current standards reference: IEC adult medical-bed standard scope.
Practical risk-assessment reference, to be applied with local clinical policy: MHRA bed-rail safety guidance.
Share your application, equipment requirements and procurement timeline. Our engineers can help clarify the configuration and scope for your enquiry.