Top Benefits of Robotic Cleaning For Your Facility

You've likely come across photos and videos showcasing robotic cleaning machines on social media or from various manufacturers. These machines not only look impressive but also promise significant enhancements to your cleaning team's capabilities, especially given the rising cleaning standards over the past year. But what tangible advantages do robotic cleaning systems really provide?

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Robotic floor cleaning technology, including autonomous floor scrubbers, offers numerous benefits to businesses by:

• Maximizing workforce efficiency by reallocating employees to more valuable tasks
• Lowering employee turnover and boosting engagement
• Delivering consistent and reliable cleaning outcomes daily
• Enhancing cleaning quality and providing real-time performance data
• Ensuring a clean and safe environment for clients and visitors

What Benefits Does Artificial Intelligence Offer in Airports? Efficiency, Safety, and Productivity?

The global pandemic has made airports reevaluate how they approach cleanliness, significantly emphasizing traveler safety. Cleaning now goes beyond ordinary janitorial tasks; it demands specialized skills, tools, and a strong grasp of modern cleaning techniques, such as the correct use of chemicals, appropriate dwell times, and the distinctions between disinfecting and sanitizing.

As travel across the globe increases, ensuring the health and safety of passengers remains a critical priority. Deploying cleaning robots in airports can significantly contribute to safeguarding passengers' health.

So, what specific benefits do cleaning robots bring to airport health and safety?

Measurable, Consistent, and Autonomous Cleaning

Autonomous floor scrubbers are user-friendly, requiring no specialized infrastructure or extensive training, thus keeping operational costs low. Once activated, these robots need minimal maintenance beyond standard floor scrubbing requirements. Instead of dedicating staff to operate the machines, airports can assign this task to robots, allowing employees to focus on more productive activities.

Additionally, the data collected by these autonomous units keep airport staff updated, ensuring that every floor surface is regularly and consistently cleaned.

Enhanced Cleaning Efficiency

By integrating autonomous floor scrubbers, cleaning personnel can concentrate on high-contact points, deep sanitizing, and improving the traveler experience. This technology shift allows airport staff to redirect their skills and efforts toward other critical responsibilities, making overall cleaning more efficient.

While robots handle floor scrubbing, airport employees can take on more crucial and hands-on tasks, such as sanitizing kiosk screens, security bins, and seating areas. This also frees up more time for assisting passengers as needed.

Visibility of High Hygiene Standards

The travel industry has implemented stringent regulations and protocols to maintain the highest hygiene standards in airports. Ensuring visible cleanliness is imperative for rebuilding traveler confidence, especially in today's context, where cleanliness is prioritized over the aesthetic appeal of an environment. Seeing an autonomous floor scrubber in action assures passengers that regular and rigorous cleaning is being conducted, emphasizing that their health is a top priority.

The presence of robotic cleaning machines acts as a constant visual reminder that airports are committed to maintaining a safe environment for travelers.

The Future of Automation in Airports

SITA, a leading specialist in air transport communication, forecasts that:

"Nearly half of the world's airlines and 32% of its airports are seeking partners to further explore robotics in the next three years"

"By 2030, robots are expected to replace traditional check-in processes with advanced robotics solutions"

This projection indicates a significant shift toward autonomous solutions in the aviation sector in the near future.

In several Asian countries, autonomous robots are already taking the lead in various airport tasks, showcasing the growing trend of automation. Many major airlines worldwide are increasingly adopting autonomous technology.

For decades, airports have relied on scrubber machines for floor maintenance. However, with the advent of robotic cleaning technology, this is expected to evolve substantially.

What does the future hold for robotic cleaning in airports? As technology continues to advance, we can anticipate a greater integration of robots in maintaining the cleanliness of global airports.

About GAUSIUM
Founded by Edward CHENG in 2013, Gausium (also known as Gaussian Robotics) originated from a passion for autonomous driving. Initially, it provided SLAM (simultaneous localization and mapping) solutions and integrated robotics software. Today, Gausium stands as a leading provider of AI-powered autonomous cleaning and service robots, boasting over 2,000 successful deployments in 50 countries and regions. Gausium's product and service portfolio includes commercial floor cleaning robots, indoor delivery robots, and supplementary accessories like docking stations, cloud platforms, and application software.

References:

1. SITA, "Air Transport IT Insights 2018," https://www.sita.aero/resources/surveys-reports/air-transport-it-insights-2018/.

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