A customized instrumentation stand for patient transport

Area of Science:

• Medical Devices
• Surgical Engineering
• Patient Transport Safety

Background:

• Transferring patients between the operating room (OR) and critical care areas presents unique logistical challenges.
• Maintaining continuous patient monitoring and access to essential equipment during transit is critical for patient safety.
• Existing transport solutions may lack integrated features for specialized surgical needs.

Purpose of the Study:

• To describe the design and function of a customized instrumentation stand for cardiothoracic and major surgery patient transport.
• To highlight the stand's features that enhance visibility, accessibility, and ease of use during patient transfers.
• To propose the potential utility of this apparatus for other surgical programs with similar transport requirements.

Main Methods:

• Development of a customized instrumentation stand designed for secure attachment to patient beds.
• Integration of essential medical devices including a pulse oximeter, ECG/BP monitor, and defibrillator/monitor.
• Inclusion of a support module, oxygen tank, medical supplies, and medications for comprehensive patient care during transport.

Main Results:

• The described stand allows for maximum visibility and accessibility of patient monitoring equipment and supplies.
• Its design facilitates easy movement and quick attachment/disconnection from patient beds, streamlining the transfer process.
• The integrated system ensures all necessary equipment is readily available during inter-departmental patient transport.

Conclusions:

• The customized instrumentation stand offers a practical and efficient solution for transporting surgical patients.
• This innovative design enhances patient safety and care continuity during critical transfers.
• Similar apparatus could significantly benefit surgical programs facing comparable patient transport demands.