Hospital Beds and Regular Beds: The Differences Between Them

Introduction

Choosing the right bed for each patient’s needs can support comfort, safety, and daily care. Understanding the functional differences between standard and hospital beds is important before purchasing caregiving equipment. There is no one-size-fits-all solution for home care furniture. Medical needs, patient mobility, positioning requirements, caregiver capabilities, and the care environment can all influence bed selection.

Overview of Hospital Beds and Regular Beds

People typically use standard beds at home when specialized positioning, height adjustment, and other hospital-bed features are not required. Most standard bed frames do not offer the positioning and height adjustments available with hospital beds. Some standard beds may be compatible with mobility or transfer aids, depending on the bed frame, mattress, room layout, and accessories.

Manual hospital beds use hand cranks rather than powered actuators for available adjustments. Adjustment capabilities vary by model. Some manual beds provide head and foot positioning, while variable-height models may also allow manual bed-height adjustment.

Fully electric hospital beds use powered actuators and a hand control to adjust the head section, foot section, and bed height. Patients who can safely operate the controls may be able to make certain positioning adjustments without a caregiver manually adjusting the bed.

Semi -electric hospital beds combine powered and manual adjustments. The head and foot sections are typically adjusted electrically, while bed height is adjusted manually.

Fully electric hospital bedFully electric hospital bed

Adjustability and Positioning Capabilities

Repositioning support and height-adjustment needs vary from patient to patient. Caregiver availability and physical capabilities can also influence which bed type is appropriate for a particular care setting.

A standard bed may be appropriate when specialized positioning, height adjustment, and other hospital-bed features are not required. Bed selection should account for the patient’s mobility, transfer needs, positioning requirements, and overall care plan.

A manual hospital bed may be appropriate when its available positioning functions meet the patient’s needs and the caregiver can safely operate the hand cranks. Manual beds may also cost less than some fully electric models, although pricing varies by bed and included features.

If frequent positioning or bed-height adjustments are needed, an electric hospital bed may reduce the physical effort required to make those adjustments. Height adjustment can also help position the sleep surface for caregiver access and certain transfers.

Safety and Support Features

Standard beds generally offer fewer care-specific adjustment and support features than hospital beds. Compatible mobility, positioning, or transfer accessories may need to be purchased separately when required.

Some hospital beds are compatible with side rails or assist rails. These accessories are not appropriate for every patient and should be selected only after considering mobility, transfer needs, fall risk, and entrapment risk. Rail compatibility with the bed frame and mattress should always be verified.

Manual hospital-bed adjustments do not depend on electrical power, so available crank-operated functions can still be used during a power outage.

Fully electric hospital beds use powered controls to change bed height and positioning. Height adjustment can improve caregiver access and may help prepare the sleep surface for certain transfers. Transfer methods should still be based on the patient’s mobility, the destination surface, and any required assistive equipment.

Caregiver Assistance and Accessibility

Standard beds may be appropriate for individuals who have adequate mobility and do not require specialized positioning or substantial transfer assistance. Some transfer aids may be used with standard beds when the bed, room layout, floor clearance, and equipment are compatible. Trapeze systems may be bed-mounted or freestanding, depending on the product, and a bed-mounted trapeze requires a compatible attachment system.

Manual hospital beds use cranks to make available adjustments. Depending on the model, these may include the head section, foot section, and bed height. Manual adjustments require more physical effort from the caregiver than powered adjustments.

Fully electric hospital beds use controls to adjust bed height and positioning for caregiver access and patient comfort. Many models use a hand pendant with control buttons that may allow a patient to make certain positioning adjustments independently when appropriate.

Manual hospital bedManual hospital bed

Mattress Compatibility and Pressure Management

People with limited mobility who remain in bed for extended periods may have an increased risk of pressure injuries. A pressure-redistributing support surface may be appropriate for some individuals based on pressure-injury risk, clinical needs, and the care plan. A pressure-redistributing mattress does not eliminate the need for repositioning when repositioning is clinically appropriate.

Standard beds are generally designed for conventional mattresses. Mattress dimensions, thickness, bed-frame compatibility, and other manufacturer specifications should be checked before purchasing a replacement mattress.

Articulating hospital beds require compatible mattresses that can flex with the sleep deck while meeting the bed manufacturer’s requirements for length, width, thickness, weight capacity, and other specifications. Many conventional household innerspring mattresses are not designed for an articulating hospital-bed deck, although specialized innerspring hospital mattresses are available.

Foam Mattresses

  • May contain multiple foam layers with different densities or support characteristics
  • May be available with pressure-redistributing designs for patients at risk of pressure injuries
  • Some models have raised perimeter sections intended to provide edge support or help define the sleep surface
  • Available in different firmness levels and configurations

Raised perimeter sections should be evaluated as part of the complete bed system. Their suitability depends on the patient, mattress design, bed frame, rails, and other accessories.

Air Support Surfaces

  • Some use alternating inflation and deflation cycles to redistribute pressure
  • Other designs may use reactive air, low-air-loss, or other pressure-management technologies
  • Some powered air support surfaces include a temporary firm or max-inflate mode for specific care activities

Firm or max-inflate settings should only be used according to the mattress manufacturer’s instructions because their intended use and operating limits vary by product.

Mattress Overlays

  • Designed for use over a compatible underlying mattress
  • May be made with foam, gel, air cells, or other materials
  • Can add pressure-redistribution or positioning features, depending on the product

Before adding an overlay, verify that the combined mattress height and dimensions remain compatible with the bed frame and any rails. Changes in mattress height or dimensions can affect gaps between the mattress, rails, and bed frame.

Space, Mobility, and Setup Considerations

Home setup planning should account for the patient’s room layout. Consider the bed’s overall footprint, access to an appropriate power outlet when powered equipment is used, caregiver working space, and the space required for transfers.

Room planning should also account for mobility devices, transfer equipment, oxygen equipment, IV poles, or other medical equipment used in the room. These space requirements can apply whether the patient uses a hospital bed or a standard bed.

Either bed type may require additional transfer equipment depending on the patient’s mobility and assistance needs. Some mobile lifts and freestanding transfer devices require additional floor space and clearance around the bed.

Many manual and electric hospital beds feature lockable casters that allow the bed to be repositioned when necessary. Casters should be locked when the bed is stationary or during transfers according to the manufacturer’s instructions. Conventional fixed beds commonly use stationary legs, although bed designs vary.

Electric hospital beds require an appropriate power source for powered adjustments. Conventional fixed beds and manual hospital beds do not require electricity for bed adjustment, although consumer adjustable beds and other powered home beds may require electrical power. Powered pressure-redistributing mattresses may also have separate electrical requirements.

Use in Home Care vs. Long-Term Care Settings

Determining the appropriate bed type depends on the patient’s mobility, positioning requirements, transfer needs, and care environment. Caregivers should also consider their own physical capabilities and the type of assistance required.

Standard beds may be appropriate for patients with minimal positioning or adjustment needs. Temporary recovery does not automatically require purchasing a hospital bed. Bed selection should be based on positioning, transfer, mobility, and care needs during recovery. Rental may also be an option when specialized equipment is required for a limited period.

Home hospital beds may be appropriate for patients with limited mobility or those who require frequent assistance with repositioning or transfers. Adjustable positioning and height features can provide additional options for caregivers and patients during home care.

Maintenance and General Safety

Safety should be considered throughout bed selection, setup, and use. Regardless of bed type, follow the manufacturer’s instructions for assembly, operation, maintenance, and replacement parts. Use caution around moving components, and seek qualified assistance when maintenance or repair is outside the scope of the user instructions.

Check compatibility between the bed frame, mattress, replacement parts, rails, overlays, and other accessories before purchasing or installing equipment. Bed rails are not appropriate for every patient and can create entrapment, injury, or fall hazards.

Mattress dimensions and compatibility are particularly important when bed rails are used. Gaps between the mattress, rail, and bed frame can create entrapment hazards. The bed frame, mattress, rails, and accessories should therefore be considered as a complete bed system.

Standard hospital bed in roomStandard hospital bed in room

Conclusion

Repositioning needs, transfer frequency, caregiver capabilities, positioning requirements, and expected duration of care are important factors when selecting a bed. Regular beds may suit individuals with adequate mobility and minimal positioning or transfer-assistance needs. Individuals who require more frequent positioning adjustments, bed-height changes, or caregiver assistance may benefit from a hospital bed.

Hospital-bed positioning features vary by model and may include head, foot, and bed-height adjustments. Manual models use hand cranks for available adjustments, while semi-electric and fully electric beds use powered controls for some or all functions.

Fully electric hospital beds use powered actuators and a hand controller for bed adjustments. Manual hospital beds require hand-crank operation. Conventional standard beds generally provide limited or no positioning or height adjustment, although powered consumer adjustable beds are also available.

Standard beds generally use conventional mattresses, while articulating hospital beds require mattresses designed to remain compatible as the sleep deck moves. Hospital-bed compatibility does not automatically mean that a mattress provides therapeutic pressure redistribution. Pressure-redistributing hospital mattresses and support surfaces are available for individuals at risk of pressure injuries, and selection should be based on pressure-injury risk, clinical needs, and bed compatibility.

Always verify compatibility before purchasing a mattress, rail, overlay, transfer accessory, replacement component, or other bed accessory. A medical professional or qualified equipment specialist can help address questions about positioning, transfers, pressure management, or other patient-specific bed requirements.