Clean air bench. Use for sterile maintenance of unwrapped surgical instruments

Area of Science:

• Healthcare
• Surgical Technology
• Infection Control

Background:

• Maintaining sterility of surgical instruments is critical for patient safety.
• Traditional methods of instrument sterilization and storage can be time-consuming.
• Reducing operating room turnover time is a key goal in surgical efficiency.

Purpose of the Study:

• To evaluate the effectiveness of a clean air cabinet for maintaining microbiologic sterility of unwrapped surgical instruments.
• To assess the impact of this system on operating room efficiency and staff workflow.

Main Methods:

• Utilized an operating room instrument cabinet with continuous high-flow, particle-free air circulation.
• Monitored microbiologic sterility of unwrapped instruments stored within the cabinet over extended periods.
• Assessed operational impact through surgeon and nurse acceptance and changes in setup, takedown, and turnover times.

Main Results:

• The clean air cabinet effectively maintained microbiologic sterility of unwrapped surgical instruments for prolonged durations.
• Significant reductions in instrument storage procedures were observed.
• Diminished setup time, takedown time, and operating room case turnover time were reported.

Conclusions:

• The clean air cabinet is a viable and effective method for maintaining surgical instrument sterility.
• This technology improves operating room efficiency and reduces staff workload.
• The system is beneficial for both elective and emergency surgical settings with high patient volume.