The right hospital bed is selected by intended care setting, required movements, safe working load, room and transfer conditions, maintenance capability, and destination-market requirements—not simply by function count or unit price. International distributors, hospital procurement teams, nursing facilities and healthcare contractors should compare the complete configuration, documentation, packaging, warranty and spare-parts plan for the exact model.
This guide covers manual, electric, ICU and homecare hospital beds. Final specifications, accessories, voltage, plug, documentation, MOQ, packing, lead time and commercial terms must be confirmed in AOLIKE’s written quotation for the selected model and destination market.
Last reviewed: August 2026
1. Define the intended application before comparing models
A hospital bed should be matched to the care environment and workflow. A general ward, intensive care unit, nursing facility and private home have different requirements for positioning, mobility, cleaning, electrical infrastructure and service support.
Before requesting a quotation, define:
- Intended department or care environment
- Expected patient dependency level and transfer method
- Required manual or electric movements
- Required safe working load
- Room, doorway, elevator and delivery-route dimensions
- Cleaning and infection-control procedures
- Local voltage, frequency and plug type for electric models
- Mattress, IV pole, lifting pole and other accessories
- Destination-market documentation and language requirements
- Available biomedical maintenance capability
Distributors should also state whether the order is for a standard catalog model, a tender, an OEM program or a locally registered configuration. Options that are not confirmed in the quotation should not be assumed to be included.
2. Compare the main hospital bed types
| Bed type | Typical setting | Main purchasing priority | Items to confirm |
|---|---|---|---|
| Manual hospital bed | General wards, clinics and cost-controlled projects | Essential positioning and straightforward maintenance | Cranks, platform, rails, castors, mattress and accessories |
| Electric hospital bed | General wards, rehabilitation and long-term care | Frequent positioning and caregiver workflow | Functions, controls, power supply, backup and service parts |
| ICU hospital bed | Intensive and high-dependency care | Clinical workflow, positioning, mobility and control access | Function set, height, CPR, controls, braking and documents |
| Homecare bed | Private homes, nursing homes and residential care | Daily caregiver use, room access and long-term support | Transfer needs, height, rails, mattress, assembly and power |
Manual hospital beds
A manual hospital bed uses one or more hand cranks to adjust specified sections of the mattress platform. Common configurations provide backrest adjustment, backrest plus leg-rest adjustment, or these movements together with manual height adjustment.
Manual beds can suit facilities that prioritize essential positioning, simple operation and reduced dependence on electrical components. Buyers should still inspect crank access, frame stability, welding, corrosion protection, side-rail locking, castor and brake design, mattress compatibility and mechanical spare-parts availability.
Examples include the ALK06-A132P one-crank hospital bed, ALK06-A232P two-crank hospital bed and ALK-AA301FZE three-crank hospital bed.
Electric hospital beds
An electric hospital bed uses actuators, a control box and patient or caregiver controls for the movements specified for that model. Electric adjustment can reduce repeated manual effort where repositioning is frequent, but it also creates requirements for electrical compatibility, cable protection, replacement controls and service planning.
Confirm the exact movements, actuator and control-system specification, voltage, frequency, plug, duty cycle, overload protection, emergency operation, battery availability, cable routing and replacement-part options. “Electric hospital bed” does not describe one standard configuration.
For a general electric ward-bed example, review the ALK-BA301EZE three-function electric hospital bed.
Five-function and ICU hospital beds
A five-function electric bed commonly provides backrest, leg-rest and height adjustment together with Trendelenburg and reverse Trendelenburg positioning. Similar function counts do not mean that two beds have the same movement ranges, minimum height, control system, braking arrangement, safe working load or accessory package.
An ICU hospital bed normally requires a more detailed review of clinical workflow. Depending on the model and selected configuration, items may include CPR operation, integrated side-rail controls, nurse lockout, battery backup, angle indicators, central braking, a directional castor or fifth wheel, weighing, bed-exit functions, X-ray compatibility and accessory rails. Separate mandatory functions from optional features before comparing quotations.
Examples include the ALK-BA501EZE five-function ICU hospital bed, ALK-BA508EZE five-function ICU hospital bed and ALK-BA509BZB seven-function ICU hospital bed.
Homecare beds
A homecare bed is selected around ongoing care in a private home, nursing home, residential facility or long-term-care project. Important factors include room and doorway dimensions, transfer method, minimum and maximum height, caregiver access, quiet operation, rails, castors, mattress compatibility, assembly, power supply and replacement-parts planning.
Relevant models include the ALK-BM302HBZ three-function electric homecare bed and ALK-BM502HZZ five-function electric homecare bed.
3. Confirm the technical specifications that affect procurement
Safe working load
Safe working load is not automatically the same as maximum patient weight. The stated load may need to account for the patient, mattress, bedding and supported accessories. Ask the supplier to define the published value, its test basis and its applicability to the quoted configuration.
Dimensions and height range
Confirm overall length and width, mattress-platform dimensions, minimum and maximum platform height, under-bed clearance, side-rail height, castor diameter and packing dimensions. Overall size affects doorway and elevator access; platform dimensions affect mattress compatibility and the safety of the complete bed system.
Movement ranges
Request the actual movement ranges for the backrest, leg rest, height, Trendelenburg, reverse Trendelenburg and any lateral tilt or chair position. Do not compare beds only by the number of functions.
Mattress platform and side rails
Review the platform material, removability, cleaning access, corrosion resistance and mattress compatibility. For side rails, confirm the locking and release method, rail stability, gap dimensions, replacement components and compatibility with the intended mattress. The mattress, platform, headboard, footboard and rails should be assessed as one bed system.
Castors and braking
Confirm castor diameter, single- or twin-wheel construction, individual or central braking, directional control and replaceability. Where beds are moved frequently, the braking and steering arrangement can be as important as positioning functions.
Electrical system
For electric models, record actuator and control-box details, voltage, frequency, plug, battery specification, ingress-protection rating where applicable, duty cycle, emergency operation, control lockout, and replacement procedures for controls, cables and connectors.
4. Review safety, quality and destination-market documentation
Documentation must be checked by exact model, configuration, intended use and destination market. A company-level certificate does not establish that every bed model meets every product or market requirement.
Medical-bed safety standards
IEC 80601-2-52:2026 is the current IEC publication for the basic safety and essential performance of medical beds for adults; it includes electric and non-electric medical beds within its scope. It replaced IEC 60601-2-52:2009 in May 2026.
The FDA Recognized Consensus Standards database also lists recognition 6-489 for IEC 60601-2-52 Edition 1.1:2015. Buyers should confirm which edition, transition arrangement and evidence apply to their destination market and project date.
When reviewing a report, check the exact model, tested configuration, laboratory, standard edition, report date and differences between the tested and quoted products.
Entrapment assessment
Potential gaps between the mattress, platform, headboard, footboard and side rails should be evaluated for the complete bed system. Changing mattress thickness or adding an incompatible accessory can change relevant gaps. The FDA hospital-bed entrapment guidance provides recommendations, but it does not replace model-specific design, risk management or applicable legal requirements.
European Union, FDA and quality-management documents
For the European Union, determine whether the exact device and economic-operator arrangement meet the applicable requirements of Regulation (EU) 2017/745. Review the manufacturer, intended use, classification, declaration of conformity, technical documentation and conformity-assessment evidence as applicable.
FDA establishment registration and device listing are not the same as FDA approval or 510(k) clearance. Use the precise regulatory status applicable to the specific device. For ISO 13485, verify the certificate holder, site address, scope, certification body and validity dates. See the AOLIKE certificates and model-compliance guide for the company-level evidence currently published by AOLIKE.
5. Compare configuration and total landed cost
There is no meaningful hospital-bed price without a defined configuration. Cost changes with manual or electric operation, function count, frame construction, safe working load, side rails, castors, controls, battery, CPR, weighing, X-ray options, accessories, documentation, OEM requirements, quantity, packaging and delivery terms.
Compare quotations only when they use the same model or equivalent specification, included accessories, quantity, packaging, warranty scope, documentation scope, Incoterm, destination and delivery schedule. Total landed cost may include the product, accessories, export packing, inland transport, freight, insurance, duties, taxes, local handling, installation and starter spare parts.
6. Plan maintenance and spare parts before ordering
Hospital beds are expected to remain in service after delivery. Hand controls, actuators, control boxes, batteries, castors, side-rail parts and mechanical cranks may eventually need inspection or replacement. A low initial price can create a higher lifecycle cost when service parts or technical information are unavailable.
Ask which parts are stocked, whether actuators and controls can be replaced individually, how long parts are expected to remain available, and whether the supplier can provide a recommended spare-parts list, wiring information, exploded diagrams or replacement guidance. Distributors should consider a starter spare-parts package based on the model mix and order quantity.
Review AOLIKE’s published warranty information and after-sales process, then confirm the order-specific scope in the quotation or contract.
7. Prepare the supplier review and RFQ
A supplier review should cover legal entity, manufacturing site, production and inspection processes, model-specific data sheets, user information, quality-system scope, product evidence, warranty, spare parts, OEM capability, packaging and project support. Use the detailed hospital bed manufacturer checklist instead of repeating the full audit list on every buying-guide page.
A useful RFQ should state:
- Buyer company, destination country and intended care environment
- Required category, preferred model, functions and safe working load
- Platform dimensions, height range, rails, castors and braking
- Voltage, frequency, plug and battery requirements
- Mattress, accessories, OEM branding and language requirements
- Required certification or registration documents
- Quantity, packaging, destination port, requested shipment date and Incoterm
Use the AOLIKE medical equipment RFQ checklist or send the project requirements to AOLIKE for model and configuration confirmation.
8. Frequently asked procurement questions
Is an electric hospital bed always better than a manual bed?
No. The appropriate choice depends on care workflow, infrastructure, maintenance capability and budget. A manual bed may suit essential positioning, while an electric bed may better support frequent adjustment.
Does a higher number of functions automatically mean a better ICU bed?
No. Confirm what each function does and whether it supports the intended workflow. Movement ranges, construction, controls, rails, castors, braking, cleaning access and service support also matter.
What is the most important hospital-bed specification?
No single specification is sufficient. Intended use, safe working load, dimensions, height range, movement ranges, rails, mobility, electrical configuration, mattress compatibility and applicable documentation should be reviewed together.
Does FDA registration mean a hospital bed is FDA approved?
No. Establishment registration and device listing are not the same as FDA approval or 510(k) clearance. Verify the status applicable to the exact device.
Can hospital beds be customized for distributors?
Depending on the model and order requirements, available options may include colors, logos, voltage, plug, labels, manuals, packaging, accessories and selected functional configurations. Confirm feasibility, MOQ, lead time and documentation impact in writing.
Request a hospital bed configuration and quotation
Send AOLIKE the destination market, intended care setting, required functions, quantity, accessories, documentation requirements, destination port and target shipment date. AOLIKE can then confirm a suitable model, available options, packing, lead time and commercial terms.
Request a configuration-based quotation
Reviewed for procurement clarity by AOLIKE Medical Equipment. This page provides general B2B selection information and does not replace clinical, legal, regulatory or destination-market assessment.