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What are those beds in hospitals called? A comprehensive guide

5 min read

Between 1815 and 1825, the first hospital beds with adjustable side rails emerged in Britain, a pivotal step toward specialized patient care. What are those beds in hospitals called today, and how have they evolved? The answer is more complex than you might think, encompassing various types tailored for different patient needs.

Quick Summary

Specialized beds are used in hospitals, with common names including 'medical bed,' 'patient bed,' or simply 'hospital bed,' but specific types are identified by their function, such as Intensive Care Unit (ICU) beds, bariatric beds for heavier patients, or pediatric beds for children. These beds feature unique adjustments and safety mechanisms to improve patient care and comfort.

Key Points

  • Hospital Beds: The general term for beds used in medical settings, but many specific types exist based on function and patient needs.

  • Specialized Beds: Variations include ICU beds for critical care, bariatric beds for heavier patients, and pediatric beds for children.

  • Adjustability: Beds are often classified by their adjustment mechanism—manual (hand crank), semi-electric (mixed), or fully electric (remote-controlled).

  • Safety Features: Key features include adjustable side rails, locking wheels, bed exit alarms, and specialized mattresses for pressure relief.

  • Homecare Beds: Hospital-style beds are also available for home use, designed to provide comfort and specialized care outside of a hospital setting.

  • Technological Advancement: Modern beds integrate advanced technology, such as built-in scales and connectivity to electronic health records, for enhanced patient care.

In This Article

Common Terminology: Beyond the Basics

While most people refer to them simply as "hospital beds," the medical community uses a variety of terms. "Medical bed," "patient bed," "nursing bed," and "homecare bed" are all frequently used, depending on the setting. However, the real precision comes from understanding the type of bed, which is determined by its function, features, and the specific needs of the patient.

The Evolution from Cranks to Electronics

Understanding the names and functions of modern hospital beds requires a look at their history. The iconic manually-operated "Gatch bed," with its three hinged sections for head, knee, and feet adjustment, was a revolutionary step in 1909. Today, manual crank beds are still used but have largely been superseded by more advanced models.

Over the past century, innovation has transformed these essential pieces of equipment. The mid-20th century saw the introduction of electric motors, and modern beds now incorporate sophisticated technology, including smart sensors, alarms, and connectivity to electronic health records (EHR). This continuous development highlights a constant effort to improve patient comfort, safety, and caregiver efficiency.

A Taxonomy of Hospital Beds

Here's a breakdown of the most common types of hospital beds you might encounter, each designed for a specific purpose.

By Power Mechanism:

  • Manual Hospital Bed: The most basic and cost-effective type, requiring a hand crank for all adjustments. Used for basic care in resource-limited settings.
  • Semi-Electric Hospital Bed: A hybrid model featuring an electric motor for adjusting the head and foot sections, but a manual crank is still needed for height adjustment. A good balance of convenience and cost.
  • Fully Electric Hospital Bed: Offers full electric control for head, foot, and height adjustments via a remote. Provides maximum convenience for patients and reduces strain on caregivers.

By Patient Need:

  • Bariatric Bed: A heavy-duty bed with a reinforced frame and wider sleeping surface to safely support larger and heavier patients. It often includes enhanced durability and wider dimensions.
  • ICU Bed (Intensive Care Unit): Designed for critically ill patients, these beds often feature advanced functions like integrated patient monitoring, pressure relief systems, and a rapid CPR mode for emergencies.
  • Pediatric Bed: Smaller in size, with protective side rails and often colorful designs to make the hospital environment less intimidating for children.
  • Low Bed: Sits much closer to the floor than standard beds, significantly reducing the risk of injury for patients who may be prone to falling.
  • Birthing Bed: Specialized beds used in maternity wards that can be adjusted to support labor, delivery, and recovery, often including stirrups and leg supports.
  • Therapeutic Bed: A broad category including pressure-relief beds (using air or gel mattresses to prevent bedsores) and rotation beds (automatically turning the patient to prevent skin breakdown).
  • Homecare Bed: Any hospital-style bed adapted for use in a home setting, prioritizing ease of use for patients and family caregivers.

Comparison: Standard vs. Hospital Bed

To fully understand what makes a hospital bed unique, it's helpful to compare its features to a regular, domestic bed. This comparison table highlights the key differences that justify the specialized terminology.

Feature Hospital Bed Regular Bed
Adjustability Head, feet, and height are often fully adjustable via remote or controls. Usually fixed; some modern beds offer basic head adjustment.
Safety Features Includes side rails, locking wheels, and sometimes exit alarms. Generally lacks integrated safety features.
Portability Equipped with wheels for easy movement, and a central braking system. Designed to be stationary and heavy.
Medical Integration Features hooks for IV poles and connection points for other medical equipment. Not designed for medical equipment.
Mattress Medical-grade, designed for pressure redistribution and easy cleaning. Designed for residential comfort and aesthetics.
Cleaning Built with materials that withstand hospital-grade disinfectants. Not built for the rigors of frequent, intensive cleaning.

Key Features of Modern Medical Beds

Modern hospital beds are technological marvels, packed with features designed for safety, comfort, and advanced care.

  • Bed Height Adjustment: The ability to raise and lower the entire bed is crucial for patient safety and caregiver ergonomics. It allows caregivers to work at a comfortable height and helps prevent patient falls by lowering the bed when the patient is ready to exit.
  • Trendelenburg and Reverse Trendelenburg: This feature tilts the entire bed, either with the head down or feet down, to assist with specific medical conditions or procedures.
  • Built-in Weighing Scales: Some advanced ICU beds include integrated scales, allowing staff to monitor a patient's weight without the stress and risk of moving them.
  • Bed Exit Alarms: These sensors detect when a patient is attempting to leave the bed and alert staff, significantly reducing fall risks, especially for elderly or disoriented patients.
  • Pressure Management Mattresses: Special mattresses, often with alternating air pressure, are used to redistribute weight and prevent the formation of pressure ulcers (bedsores), a common and serious issue for immobile patients.

The Role of the Bed in Patient Care

Far more than just a piece of furniture, the medical bed is an essential tool in patient recovery. Proper positioning, facilitated by the bed's adjustments, can improve respiratory function, enhance circulation, and prevent complications associated with immobility. For caregivers, these features reduce the physical strain of turning and repositioning patients, improving their safety as well.

Conclusion

While the term "hospital bed" is sufficient for general conversation, a deeper understanding of the different types reveals a world of specialized medical equipment. From the basic manual bed to the high-tech ICU bed, each type is named and designed with a specific patient need in mind. Recognizing these various names—such as bariatric, pediatric, or homecare beds—provides clarity and demonstrates the commitment of healthcare providers and equipment manufacturers to ensuring the best possible outcomes for patients in every setting. The bed of the future will likely continue this trend, integrating even more technology to enhance comfort, safety, and monitoring capabilities.

For more information on the standards and guidelines for medical equipment, you can refer to authoritative sources like the FDA's resources for medical devices.

References

  • What Hospital Beds Are Really Called? - AngelUS Medical
  • What is the correct name of hospital patient bed? - skdmedical.com
  • What Are The Types Of Hospital Beds? - Skyward Medical
  • What Hospital Beds Are Really Called? - AngelUS Medical
  • What Is The History Of Hospital Beds? - SonderCare
  • Hospital Beds: How They Developed Throughout History - medequipshop.com
  • Hospital bed - Wikipedia
  • The Surprising Origins of the Modern Hospital Bed - Zocdoc
  • Medline Bariatric Full-Electric Bed: Product and Offers

Frequently Asked Questions

The main difference is functionality. A hospital bed features adjustable sections for the head, feet, and height, along with integrated safety features like side rails and wheels. A regular bed is designed for residential comfort and lacks these specialized medical functions.

A bariatric bed is a heavy-duty bed specifically designed with a reinforced frame and wider sleeping surface to safely and comfortably accommodate patients with a higher body weight.

They can be both. Manual beds are adjusted with hand cranks, while fully electric beds use remote controls for all adjustments. Semi-electric models offer a combination of both manual and electric controls.

A Gatch bed is a historical term for a type of adjustable hospital bed invented in 1909. It featured three hinged sections for adjusting the head, knees, and feet via a manual crank.

No, not all hospital beds have side rails, but they are a very common safety feature, especially for patients at risk of falling. Low beds, for instance, are designed to sit close to the floor to mitigate fall risk without high rails.

The Trendelenburg position is a feature on some medical beds that tilts the entire bed so the patient's head is lower than their feet. A reverse Trendelenburg position does the opposite. This is used for various medical reasons, such as improving circulation.

Yes, many hospital beds use specialized mattresses, such as those with alternating air pressure, to help prevent pressure ulcers or bedsores in immobile patients.

References

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Medical Disclaimer

This content is for informational purposes only and should not replace professional medical advice.