Hygienic Features in Pedestrian Turnstiles: Post-Pandemic Considerations

Hygienic Features in Pedestrian Turnstiles: Post-Pandemic Considerations

pedestrian turnstile

The COVID-19 pandemic has dramatically changed our perspective on hygiene and cleanliness. As we move towards a post-pandemic world, it is crucial to reassess and adapt various aspects of our daily lives, including the design and operation of pedestrian turnstiles. Pedestrian turnstiles, commonly used in high-traffic areas, can be equipped with hygienic features to minimize the spread of germs and ensure a safe and clean environment for users. In this article, we will explore the importance of hygienic features in pedestrian turnstiles and highlight considerations for post-pandemic design.

I. Touchless Entry: Reducing Contact Points

One of the key considerations for hygienic pedestrian turnstile design is touchless entry. By integrating technologies such as contactless access cards, biometric identification, or mobile applications, turnstiles can minimize the need for physical contact between users and the turnstile surface. Touchless entry reduces the spread of germs by eliminating shared touchpoints, providing a hygienic and safe experience for users.

II. Antimicrobial Surfaces: Preventing Microbial Growth

Another important feature to consider in post-pandemic pedestrian turnstiles is the use of antimicrobial surfaces. Turnstile components made with antimicrobial materials help inhibit the growth and spread of bacteria and viruses. By incorporating these surfaces in high-touch areas such as handrails or touchscreens, turnstiles can provide an added layer of protection against the transmission of germs, ensuring a hygienic environment.

III. Automatic Sanitization: Cleaning Between Uses

To maintain hygiene standards, pedestrian turnstiles can be equipped with automatic sanitization systems. These systems can be designed to sanitize the turnstile components, such as barriers or handrails, between each use or at regular intervals. Using disinfectants or UV-C light technology, turnstiles can effectively eliminate germs and provide users with an assurance of cleanliness during their passage through the access control system.

IV. User-Friendly Sanitization Stations: Promoting Good Hygiene Habits

In addition to turnstile-specific features, incorporating user-friendly sanitization stations in the vicinity of pedestrian turnstiles plays a crucial role in post-pandemic hygienic practices. By providing conveniently located hand sanitizer dispensers or sanitization stations near turnstiles, organizations can promote good hygiene habits among users. Encouraging individuals to sanitize their hands before and after using the turnstile helps minimize the spread of germs and create a hygienic and safe environment for all.

V. Social Distancing Reminders: Encouraging Safe Practices

Social distancing has become an integral part of our daily lives. Pedestrian turnstiles can serve as reminders and enforcers of social distancing measures. By incorporating visual cues, floor markings, or audio signals, turnstiles can help users maintain a safe distance from each other while waiting to pass through. These reminders promote safe practices, minimize overcrowding, and contribute to overall hygiene and safety in crowded areas.

VI. Enhanced Ventilation: Improved Air Quality

Air quality plays a crucial role in maintaining a hygienic environment. Pedestrian turnstiles can be designed to incorporate enhanced ventilation systems that improve the airflow in enclosed areas. Adequate ventilation helps remove airborne contaminants and ensures a continuous supply of fresh air, reducing the concentration of germs and providing a healthier indoor environment for users.

VII. Routine Maintenance and Cleaning: Regular Upkeep

Regular maintenance and cleaning of pedestrian turnstile are fundamental to maintaining hygiene standards. Organizations should establish a routine cleaning schedule to ensure that turnstile components, such as barriers, handrails, and touchscreens, are regularly disinfected. Additionally, proper maintenance of equipment, such as sensors or motion detectors, ensures their optimal functionality and contributes to a hygienic and efficient turnstile system.

Conclusion:

As we navigate the post-pandemic world, it is essential to prioritize hygiene in all aspects of our daily lives, including the design and operation of pedestrian turnstiles. By incorporating hygienic features such as touchless entry, antimicrobial surfaces, automatic sanitization, user-friendly sanitizing stations, social distancing reminders, enhanced ventilation, and routine maintenance and cleaning, pedestrian turnstile can contribute to a safer and cleaner environment for users. By implementing these post-pandemic considerations, organizations can instill confidence in individuals using the access control system and create a hygienic and secure space for all.  

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