#autonomous robotic solutions for school

[gummilutt]

Autonomous crafting for all teen+ Sims

I've never before been so happy to share a creation! Get ready to get crafting, because it's about to get autonomous! Released today in collaboration with the wonderful @joplayingthesims who has built a community lot for the mod, seen in the pictures below. Exciting!

In my game, I have a community lot with crafting stations for Sims who can't afford one, or don't have space for one. But as I visited it recently with one of my college students wanting to learn flower arrangement, I got a bit depressed by all the empty stations and the other visitors just standing around chatting. I wondered if anyone had added autonomy, and I came upon iCad's autonomy enabler. While neat, it only adds autonomy for the active household which is the opposite of what I wanted. So I made my own that enables it for visiting Sims as well, only to quickly realize how annoying that got. All these Sims asking me to pick a recolor for them, blergh! So I went on tweaking, fixing the annoyances as they came up, and here we are! Finally it is possible to have a lively crafting studio where all Sims participate, without being annoying for you the player! Are you excited? Because I am excited!

What does the mod do? - Enables autonomy on "make many" and "continue" (see readme for more info on why not make one) for all five original crafting types - Robots, toy making, flower arrangement, pottery and sewing - Does NOT charge your Sims money for background Sim crafting. Money sounds and visuals show for all Sims, but only your current households crafting charges household funds. - By default only autonomous on community lots. Has optional autonomy on residential/apartment lots, you can enable autonomy on those lot types by placing the Autonomy Toggler object somewhere on the lot (custom object made using parts of the FT crafting clutter, found in hobbies/misc for 1 simoleon). I set it up this way as residential autonomy sounds irritating to me, but I'm all about flexibility for the user. Perhaps you want to run arts classes at your residential playable school, or you simply like autonomy more than I do :) Please note that autonomy advertisement is tuned with community lot use in mind, so it might be higher than you'd want for residential. If there's interest I am happy to make a second version with lower advertising for those who primarily want residential use. If you are somewhat familiar with TTAB edits yourself, you can try changing attenuation code to low or medium to limit advertisement distance which will reduce appeal to Sims. VER 2: Toggler object now also works on community lots, turning off autonomy if present on community lot. Residential/apartment behavior remains the same as before. - Fixes annoyances with background crafting, such as selecting recolors and pop ups about progress - Changes inventory mechanics to allow for owned studio-type use, in case you'd like a friendly owner Sim present to provide instruction. Crafting now only goes to business lot owner if done by an employee, otherwise crafting Sim gets the object. Includes home business, so if it bothered you that family members don't get to keep their work, this also fixes that. If that part annoys you, see readme for how to remove this feature.

Download mod on simfileshare | Download ver 2 on simfileshare (New version out, fixing a bug reported by Nemertes. More info here)

You might say "Okay well fun for you Gummi, but I don't have a community lot with crafting stations, so why would I need this?". Well fortunately Joandsarah has the solution for that problem! Check out the cute crafting studio she built to give all of you a place to start community crafting! Available on MTS

Conflicts: Only known conflict is iCad's original autonomy enabler, you have to pick if you want hers version of autonomy, or mine :) Readme contains breakdown of the functionality of all parts, to help you decide a load order should you encounter conflicts. It should be possible to resolve conflicts though if there are any others, so please report them to me :)

Credits: @joplayingthesims for collaborating with me and providing a lot that you can get started with if you don't have one, iCad at @dramallamadingdang for the original autonomy enabling mod, @cityof2morrow who helped playtest the mod

If anyone else builds a community lot intended for autonomous use, I hope you let me know somehow so I can add links to it in my post :) If any other modders see ways to improve on what I did, please feel free to do so :) I am hoping to eventually post an update that sends all crafting to inventory to fix the make one issue, and the station clogging that happens over time.

[srkpolymers]

Exploring the Latest Trends in School Cleaning Services in San Francisco 2024 

Introduction:  

In today's rapidly changing world, maintaining cleanliness and hygiene in schools has become more critical than ever.  

Get A Quote: https://www.allwaysgreenservices.com/school-cleaning-services 

As educational institutions strive to create safe and healthy environments for students and staff, school cleaning services play a vital role in ensuring these efforts' success.

In this blog post, we will delve into the latest trends and innovations in school cleaning services in San Francisco in 2024, with a focus on enhancing cleanliness, promoting health, and embracing sustainability.  

Trends in School Cleaning Services:  

1. Integration of Technology:  

In 2024, school cleaning services will be embracing technology to streamline operations and enhance efficiency. From robotic vacuum cleaners that autonomously clean floors to smart sensors that monitor air quality and detect cleanliness levels, technology is revolutionizing the way schools are cleaned.  

These innovations not only improve cleaning outcomes but also reduce labor costs and environmental impact.  

2. Green Cleaning Practices:  

As sustainability continues to gain momentum, educational cleaning services are increasingly adopting green cleaning practices. Eco-friendly cleaning solutions certified under Green Seal or EPA's Safer Choice program are being used to minimize exposure to harsh chemicals and reduce environmental footprint.  

By prioritizing green cleaning, schools can create healthier indoor environments and demonstrate their commitment to sustainability.  

3. Enhanced Disinfection Protocols:  

Considering recent health concerns, school cleaning services are implementing enhanced disinfection protocols to combat the spread of illnesses.  

This includes using EPA-approved sanitizers to disinfect high-touch surfaces, implementing electrostatic spraying technology for thorough coverage, and scheduling regular deep cleaning sessions to maintain cleanliness. By prioritizing disinfection, schools can create safer environments for students and staff.  

4. Customized Cleaning Plans:  

No two schools are alike, and educational cleaning services recognize the importance of customized cleaning plans tailored to each school's unique needs.  

By conducting comprehensive assessments and consultations, cleaning services can develop customized cleaning plans that address specific challenges and requirements. This personalized approach ensures that schools receive the most effective cleaning solutions for their circumstances.  

FAQs (Frequently Asked Questions):  

Q: What sets school cleaning services apart from other cleaning services?  

A: School cleaning services specialize in cleaning educational facilities such as classrooms, cafeterias, and restrooms, considering the unique needs and challenges of school environments.    

Q: How often should schools be cleaned?  

A: Schools should ideally be cleaned daily to maintain a clean and healthy environment for students and staff. Additionally, periodic deep cleaning sessions should be scheduled to address hard-to-reach areas and maintain indoor air quality.  

Q: What measures are taken to ensure the effectiveness of school cleaning services?  

A: School cleaning services employ various measures to ensure effectiveness, including standardized disinfection practices, verification of cleaning performance through testing and inspection, and ongoing training for cleaning staff to stay updated on the latest cleaning techniques and technologies.  

Conclusion:  

In conclusion, the latest trends in school cleaning services in San Francisco in 2024 reflect a growing emphasis on technology, sustainability, and enhanced disinfection protocols.  

By embracing these trends, educational institutions can create cleaner, healthier, and more sustainable environments for students and staff.  

For unmatched school cleaning services in San Francisco, trust All-Ways Green Services. Let us handle your every disinfecting and cleaning need, so you can focus on providing a safe and nurturing educational environment. Contact us today to request a free quote!  

Get A Quote: https://www.allwaysgreenservices.com/school-cleaning-services 

[callofdutymobileindia]

Artificial Intelligence Vs Machine Learning Courses in London: Which One Should You Choose?

As London continues to establish itself as a global tech and innovation hub, the demand for skilled professionals in Artificial Intelligence (AI) and Machine Learning (ML) is skyrocketing. From the financial districts of Canary Wharf to tech clusters in Shoreditch and King's Cross, employers are actively seeking experts who can leverage AI and ML to create smart, scalable, and ethical solutions.

If you're considering enrolling in an Artificial Intelligence course in London or exploring AI and ML courses in London, you may be wondering: Which one should I choose — AI or ML? This comprehensive guide will help you understand the difference, compare career paths, and make an informed decision based on your goals.

What is Artificial Intelligence?

Artificial Intelligence (AI) is the broader concept of machines being able to carry out tasks in a way that we would consider “smart.” It involves designing computer systems capable of performing tasks such as reasoning, learning, planning, perception, and natural language processing.

Popular AI Applications:

Self-driving cars

Virtual assistants (like Siri or Alexa)

Chatbots and customer support automation

Fraud detection systems

Facial recognition software

AI encompasses a wide range of subfields — and Machine Learning is one of them.

What is Machine Learning?

Machine Learning (ML) is a subset of AI that involves the use of algorithms and statistical models to enable computers to improve their performance on tasks through experience (data), without being explicitly programmed.

Popular ML Applications:

Predictive analytics in finance and healthcare

Recommendation engines (Netflix, Amazon)

Spam filters and email categorization

Speech and image recognition

Stock price forecasting

So, while ML is a specialized branch of AI, not all AI requires machine learning.

Who Should Choose an Artificial Intelligence Course in London?

You should opt for an Artificial Intelligence course in London if:

You're fascinated by how machines can replicate human thinking

You’re interested in robotics, ethics in AI, or cognitive computing

You want a career as an AI architect, researcher, or NLP specialist

You're pursuing advanced academic research or PhD in AI

You prefer a more theory-intensive approach with real-world AI system design

Recommended AI Courses in London:

Boston Institute of Analytics – AI & Data Science Program

Practical + theoretical mix

Hands-on NLP, computer vision, and deep learning projects

Hybrid format available (classroom + online)

Imperial College London – MSc in Artificial Intelligence

Highly academic, suitable for research & PhD pathways

Includes machine perception, intelligent systems, and AI ethics

University College London (UCL) – AI and Robotics Courses

Emphasis on programming intelligent autonomous systems

Great for students interested in AI + hardware integration

Who Should Choose a Machine Learning Course in London?

You should opt for a Machine Learning course in London if:

You enjoy working with data, analytics, and programming

You want to build predictive models that power business decisions

You aim to become a Data Scientist, ML Engineer, or AI Product Developer

You're looking for industry-oriented, job-ready training

You prefer a project-based learning style

Recommended ML Courses in London:

Boston Institute of Analytics – Machine Learning Specialization

Focused on Python, Scikit-learn, TensorFlow

Industry case studies from finance, healthcare, and e-commerce

Excellent placement support and global certification

London School of Economics (LSE) – Certificate in Machine Learning & AI

Designed for business professionals

Combines data science fundamentals with ML applications

General Assembly – Data Science Immersive Program

Practical bootcamp-style training

Includes ML, data engineering, and model deployment

AI and ML Job Market in London: What Employers Want

London’s job market for AI and ML professionals is booming, driven by sectors like:

Fintech (Barclays, Revolut, Monzo)

Healthcare AI (Babylon Health, DeepMind)

Retail Tech (Ocado, ASOS, Tesco Tech)

Legal Tech & Insurance (ThoughtRiver, Cytora)

A quick glance at job listings on LinkedIn or Indeed reveals thousands of open roles with titles like:

AI Engineer

Machine Learning Scientist

Data Analyst with ML

NLP Researcher

AI Product Manager

Most roles require a hybrid skillset — meaning it’s advantageous to know both AI and ML concepts. That’s why many institutions (like the Boston Institute of Analytics) offer combined AI and ML courses in London.

Things to Consider Before Enrolling in an AI or ML Course in London

Here are 7 key factors to help you decide:

1. Your Career Goals

Research roles you're interested in and what skills they require.

2. Level of Expertise

Are you a beginner, intermediate, or advanced learner?

3. Course Curriculum

Does it cover tools, languages, and frameworks used in the industry?

4. Project Work

Does the course offer real-world projects and capstone assignments?

5. Instructor Credentials

Are the instructors experienced AI/ML practitioners?

6. Delivery Mode

Online, classroom, or hybrid — what suits your lifestyle?

7. Placement Support

Look for programs that provide resume help, interview prep, and job referrals.

Why Boston Institute of Analytics is a Smart Choice in London?

Whether you're leaning toward AI or ML, the Boston Institute of Analytics (BIA) offers comprehensive programs in London that combine:

Industry-relevant curriculum

Hands-on tools training (Python, TensorFlow, NLP, etc.)

Expert faculty with real-world experience

Hybrid learning model (flexible online + in-person sessions)

Career services and international certification

Who is it for? Students, working professionals, and career switchers looking to build a future-proof career in Artificial Intelligence or Machine Learning.

[selectsafetysales]

UVC Disinfecting Autonomous Robot | Select Safety Sales

UVC disinfecting autonomous robots are advanced cleaning solutions designed to effectively eliminate pathogens in various environments. Available through Select Safety Sales, these robots utilize UV-C light technology for efficient disinfection, ensuring safer spaces in healthcare facilities, schools, and more.

[pranjaldalvi]

Meal Delivery Carts and Racks Market: Emerging Trends Shaping the Future of Foodservice Logistics

The meal delivery carts and racks market is undergoing significant transformation, driven by evolving consumer demands, advances in technology, and changing dynamics within the foodservice and healthcare sectors. These carts and racks, essential for the hygienic and efficient transportation of meals, are now more sophisticated, customizable, and integral to operations in hospitals, hotels, schools, and catering services. As the global foodservice industry grows, so too does the need for innovative solutions that improve food delivery efficiency, temperature retention, and user convenience.

Rising Demand in Healthcare and Institutional Settings

One of the most prominent trends in the market is the growing demand from healthcare facilities. Hospitals and nursing homes require reliable systems to deliver meals safely and on time. The increasing elderly population, particularly in developed countries, is fueling demand for healthcare services and consequently, for meal delivery equipment that meets hygiene and accessibility standards. Carts that allow for individualized meal delivery and temperature control are becoming standard in these settings.

Similarly, educational institutions and correctional facilities are scaling up their food delivery infrastructure. The requirement for bulk transportation of meals with minimum spillage and maximum temperature preservation has led to the adoption of modular and thermally insulated delivery carts.

Integration of Smart Technologies

Another key trend is the integration of smart technologies into meal delivery systems. Manufacturers are incorporating IoT (Internet of Things) capabilities, enabling real-time monitoring of temperature, location, and delivery schedules. These features help institutions maintain food safety standards while improving operational efficiency.

Automated meal delivery systems are also on the rise, especially in large hospitals and hotels. Some companies are exploring the use of autonomous mobile robots to transport food carts across large facilities, reducing the need for manual labor and improving delivery speed.

Emphasis on Ergonomics and Mobility

Ergonomic design and enhanced mobility are becoming critical features in modern meal delivery carts and racks. Lightweight materials, smooth-rolling casters, and user-friendly handles reduce strain on staff and improve maneuverability in tight spaces. These designs not only contribute to employee safety but also enhance the efficiency of meal distribution processes.

In addition, stackable and collapsible racks are gaining popularity, offering space-saving storage options when carts are not in use. This feature is particularly beneficial in facilities with limited storage capacity.

Sustainability and Eco-friendly Materials

Sustainability is increasingly influencing purchase decisions in the foodservice sector. Companies are looking for carts and racks made from recyclable or biodegradable materials without compromising durability or performance. The use of stainless steel remains widespread due to its longevity and ease of sanitation, but newer materials like antimicrobial polymers and BPA-free plastics are gaining traction.

Some manufacturers are also focusing on energy-efficient heated carts, which help maintain food temperature using less power. These eco-friendly innovations align with broader institutional goals to reduce carbon footprints and improve environmental stewardship.

Customization and Aesthetic Design

Customization is another emerging trend, as clients seek carts and racks tailored to their specific operational needs. This includes modular designs with interchangeable components, multi-compartment trays, and branding options. Color-coded racks and carts also support easier identification and help prevent cross-contamination in healthcare and catering environments.

In upscale hotels and high-end catering services, the aesthetic appeal of meal delivery carts is just as important as functionality. Sleek, modern designs that align with the facility’s branding are in demand, with manufacturers offering various finishes and materials that enhance visual appeal without compromising practicality.

Regional Growth and Market Expansion

Geographically, North America and Europe remain mature markets with steady demand, primarily driven by established healthcare infrastructure and stringent food safety regulations. However, Asia-Pacific is expected to experience the highest growth rate due to rapid urbanization, expansion of the hospitality industry, and increased healthcare investments in countries like China and India.

Latin America and the Middle East are also witnessing gradual growth, with a focus on improving institutional meal delivery capabilities and infrastructure.

Conclusion

The meal delivery carts and racks market is evolving in response to technological innovations, regulatory requirements, and end-user expectations. With growing emphasis on hygiene, efficiency, sustainability, and customization, manufacturers are developing advanced solutions to meet diverse operational demands. As the global foodservice landscape continues to expand, the role of meal delivery systems will become increasingly pivotal in ensuring seamless, safe, and satisfactory dining experiences across multiple sectors.

[aasmaaerospace]

🛠️ Build the Sky: Aasma Aerospace's DIY Drone Kit for Innovators, Students & Tinkerers

At Aasma Aerospace, we’re redefining what it means to learn, innovate, and fly. With drones transforming everything from disaster response to precision agriculture, we believe it’s time that the power of flight lands in the hands of creators and learners across the country.

Introducing the Aasma DIY Drone Kit — a complete build-it-yourself drone experience tailored for tech enthusiasts, students, educators, and early-stage UAV innovators.

Whether you're in a classroom, a lab, or your backyard workshop, this kit is your personal launchpad into the world of aerial robotics and smart systems.

🎯 Why We Built the Aasma DIY Drone Kit

In India, there's a growing hunger for hands-on STEM experiences that go beyond the textbook. The Aasma DIY Drone Kit is designed to:

Bridge the gap between theory and practical application

Inspire the next generation of aerospace engineers

Provide an affordable testbed for experimentation and research

Empower local drone ecosystem development through maker culture

This kit is not just a toy — it's a real, functioning UAV platform that helps you understand how drones work, and more importantly, how they can be adapted to solve real-world problems.

📦 What Comes in the Kit?

Each Aasma DIY Drone Kit is a carefully engineered and field-tested package that gives you everything you need to get airborne.ComponentDetailsFrame (PLA+)Lightweight, durable, and locally 3D-printed at Aasma LabsBrushless MotorsFour high-efficiency BLDC motors with ESCs for flight stabilizationPropellersBalanced propeller set for thrust and torque efficiencyLi-Po BatteryRechargeable 3S/4S battery for extended flight timeFlight ControllerPre-configured with open-source firmware (e.g., ArduPilot or Betaflight)Transmitter & Receiver6+ channel radio control system with failsafe optionsGPS Module (optional)Real-time global positioning for autonomous flightsCamera Module (optional)Capture aerial footage or stream FPV videoAssembly GuidebookFull-color manual with diagrams, QR-coded video tutorials, and safety tips

🧪 Learn by Doing: Skills You’ll Gain

The DIY Drone Kit is designed to be modular, educational, and upgradeable, ensuring that learners gain core competencies in:

✈️ Aerodynamics and flight stability

⚡ Power system design and Li-Po safety

🔌 Wiring, soldering, and electronic integration

🧠 Sensor fusion and flight controller tuning

🧭 GPS navigation, waypoint control, and return-to-home protocols

🧑‍💻 Intro to Python/C++ coding for autonomous flight

🎓 Who Is This For?

Target GroupUse CaseSchool/College StudentsBuild science fair projects, robotics competitions, or capstone prototypesSTEM EducatorsUse in aerospace labs, technical workshops, and classroom experimentsMakers & HobbyistsExperiment with drone upgrades, payloads, or autonomous featuresStartups & FoundersRapidly prototype UAV-based solutions (e.g., delivery, surveillance)

Our kit is designed for all skill levels — from first-time builders to experienced engineers — and comes with mentorship support for institutions and clubs.

💡 What Makes Aasma’s DIY Drone Kit Unique?

✅ Made in India — Designed, sourced, and assembled by Indian engineers for Indian learners ✅ Modular Architecture — Supports future upgrades (camera, GPS, autopilot modules) ✅ STEM-Aligned Curriculum — Developed in consultation with educators and UAV pilots ✅ 3D-Printed Frame — Lightweight and crash-resistant PLA+ design for easy prototyping ✅ Support Community — Access to Aasma’s builders forum, Discord community, and helpdesk

🏆 Certified Learning, Real Recognition

All Aasma DIY Drone Kit users receive:

📜 Certificate of Completion (issued after successful build + flight test)

🔬 Access to Aasma’s exclusive UAV Bootcamp

🌐 Opportunities to showcase projects in national-level drone challenges and events

🧑‍🏫 Discounts for schools, colleges, and government skill programs under NEP/Atal Tinkering Lab initiatives

💰 Pricing & Packages

Package TypeInclusionsPrice (INR)Basic KitFrame, motors, FC, battery, manual control setup₹6,999Advanced Kit+ GPS, Camera module, FPV, expanded tutorials₹11,999Institution Pack5x Advanced Kits + workshop + trainer supportOn Request

📦 Bulk orders available for schools, ed-tech startups, and state tech missions 🎯 Early bird offer: Flat 15% off for first 100 customers — use code: AASMA15

📍 How to Get Started?

Ready to build your first drone?

Visit our website: www.aasmaaerospace.in

Choose your kit (Basic or Advanced)

Place your order & get doorstep delivery

Access our exclusive video portal and e-guide

Share your build using #AasmaDIYDrone and join our growing community

🚀 Drone Today, Mission Tomorrow

The Aasma DIY Drone Kit is more than a product — it’s a platform. A platform to learn, experiment, fail, fix, and fly. It’s your first step toward becoming a drone innovator, aerospace engineer, or aerial problem solver.

We’re not just selling parts. We’re delivering the spark of innovation — one flight at a time.

Follow Us Instagram | LinkedIn | YouTube | Discord 📩 For collaborations or academic tie-ups, email: support@aasmaaerospace.in

Aasma Aerospace — Empowering India’s Skyborne Thinkers

[glaxitsoftwareagency]

How AI is Helping People with Disabilities ?

Artificial Intelligence (AI) is changing the world and making life easier for people with disabilities. It helps them with daily tasks, communication, and mobility. From voice assistants to smart prosthetics, AI is improving accessibility. Let’s explore how AI is helping people with different disabilities.

AI Tools That Help People with Disabilities

AI can be very useful for people who have vision problems. AI-powered screen readers, like JAWS (Job Access With Speech), help blind people read digital content. These tools turn text into speech so users can hear what is on their screen.

AI also powers voice assistants like Apple’s Siri and Google Assistant. These tools allow people with mobility challenges to use their devices with voice commands. If someone could not move their hands, they would still be able to use a smartphone with AI voice control.

AI Technology for Different Disabled Individuals 

AI has created many tools to help people with different disabilities:

For Deaf Individuals: Apps like Ava, Live Transcribe, and Rogervoice turn spoken words into text instantly, making conversations easier.

For Blind Individuals: Smart glasses like OrCam MyEye and apps like Be My Eyes can recognize objects, text, and even faces, helping them move around safely.

For Speech-Impaired Individuals: Text-to-speech apps like Google’s Wavenet and Speech Assistant AAC allow people who cannot speak to communicate.

For People with Leg Impairments: AI-powered exoskeletons, such as those by ReWalk Robotics and Ekso Bionics, help individuals walk again.

For People with Hand Impairments: AI-powered robotic arms, like the LUKE Arm, and smart home devices like Google Home and Amazon Alexa make daily tasks easier.

Smart Prosthetics and Mobility Solutions

AI has made prosthetic limbs smarter. Before, they were simple and limited in movement. Now, AI-powered prosthetics can sense muscle movements and adjust accordingly.

For example, the LUKE Arm, developed by DEKA Research, allows users to pick up objects naturally. AI-powered wheelchairs like Whill Model Ci help people with mobility issues move more independently. Some wheelchairs even use eye tracking or brain signals for control.

AI and Communication Barriers

Many people with disabilities face communication difficulties. AI has made tools like Live Transcribe and Otter.ai, which turn speech into text in real-time. These apps are great for deaf and hard-of-hearing people.

Another breakthrough is Brain-Computer Interfaces (BCIs), which allow people to communicate using brain signals. Scientists are improving this technology, and in the future, it could help people with severe disabilities express their thoughts more easily.

AI in Education and Jobs

AI is creating new opportunities in schools and workplaces.

AI-powered tools help students with learning disabilities. Apps like Grammarly and Microsoft’s Immersive Reader assist with reading and writing.

AI chatbots and virtual assistants help employees with disabilities by handling repetitive tasks.

AI-based hiring systems can focus on a person’s skills instead of physical abilities, making the job market fairer.

AI for Everyday Life

AI makes daily life easier for people with disabilities. Smart home devices like Amazon Alexa, Google Home, and Apple HomePod allow users to control lights, thermostats, and doors with voice commands. If someone forgot to turn off the lights, they could simply ask their voice assistant to do it.

Self-driving cars are also being developed to help people with mobility issues. Companies like Tesla, Waymo, and Nuro are working on autonomous vehicles that may improve independence for disabled individuals.

Challenges and the Future of AI

AI is making life easier, but there are still some challenges:

AI tools need to be improved to work better for all types of disabilities.

Companies should invest in research to make AI devices more affordable and user-friendly.

As AI technology grows, we will likely see even more helpful innovations.

AI may soon allow people with disabilities to do things that once seemed impossible.

Conclusion

AI is changing lives by helping people with disabilities live more independently. From assistive devices to better job opportunities, AI is making a difference. As technology continues to improve, we can expect even more amazing advancements. If companies focus on making AI more inclusive, they will help create a world where disabilities do not limit anyone’s potential. AI is not just transforming technology it is transforming lives.

[tameblog]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[ramestoryworld]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[alexha2210]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[angusstory]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[tumibaba]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[romaleen]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[monaleen101]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[iamownerofme]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link

[shelyold]

There are two kinds of people; those who embrace change and eagerly anticipate each new development or invention that hits the market, and those who cling to what they know works and hold firmly to the stance that “if it ain't broke, don't fix it.”   Floor care equipment technology is advancing at a rapid pace, and jan/san distributors have a responsibility to make sure that their sales and maintenance teams are keeping current on the latest developments, features, capabilities, and options to best serve their customers.  It's also vital that end users are properly trained to operate the newest equipment, and that they understand the positive return on investment (ROI) that comes from investing in it. The “if it ain't broke, don't fix it” contingent can be swayed to embrace the latest offerings when end users see how they can improve their bottom line.  Adapting to Autonomy  From the early days of buckets and mops, floor care equipment is constantly evolving — especially as facilities increase in square footage. The industry has experienced the emergence of everything from electric and battery-powered units to walk-behind machines, to ride-on equipment, to the latest autonomous/robotic options, and more.  “Over the past few years, robotics and autonomous machines have entered our marketplace,” confirms Carol Dell'Aquila, vice president of Corporate Sales, Maintex Facility Solutions, City of Industry, California. “You now see robotic automatic scrubbers in many of the different market segments, such as retail, big box stores, airports, school districts, colleges, and many other verticals. They increase staff efficiency and productivity, offload routine and repetitive cleaning tasks, and deliver proof of performance while allowing existing staff to maintain other areas that require a more detailed and manual task.”  Autonomous (also known as robotic) floor care equipment can clean floors with minimal need from an operator. These machines are designed and programmed to perform various tasks, including sweeping, dust mopping, and scrubbing, and can be used on hard flooring and carpet.   “To varying degrees, autonomous machines have been around for many years, but did not make into the mainstream until after COVID-19,” says Phil Carrizales, director of the Hygiene and Facilities Solutions Division at Acme Paper and Supply Company, Jessup, Maryland. “Labor shortages in every vertical made facility managers take a deeper look into autonomous machines because buildings still needed to be cleaned. I see this trend continuing because the machines are very efficient. I believe labor shortages will continue to be an issue, and there is a greater acceptance of this technology by the workforce since it makes their lives easier.”  Dell'Aquila agrees that the growth and implementation of autonomous equipment will continue. She has seen several manufacturers develop the technology for even larger platforms — introducing large sweepers, automatic scrubbers, multi-use carpet machines, and even incorporating functions not directly related to floor maintenance.  “Robotics are here, they are proven to maximize cleaning times, and I believe they will continue to grow in every vertical,” she says. “In some large box stores, you can find autonomous floor scrubbers that are doing ongoing cleaning while the space is open to the public, as well as scanning inventory with an additional raised arm added to the side of the scrubber for data collection. It combines cleaning with fulfilling the retail needs.”  Outside of the proliferation of autonomous equipment, the next notable innovation in this marketplace is lithium-ion batteries, according to Carrizales. When first introduced, lithium-ion batteries were considered cost prohibitive, but “newer battery technology gives the equipment longer run time and less downtime for charging,” he explains. “The ROI for equipment using lithium-ion batteries has significantly improved.”   Training and Implementation   Along with educating customers on the innovations in equipment comes the need to train the frontline cleaning staff who will be operating and maintaining the machines.   Manufacturers design equipment that is simple and instinctive to operate, that provides onboard technical diagnostics and can troubleshoot any problems in real time. Most offer training programs both on-site and at their own facilities, video training packages available online and for handheld/mobile devices, and printed manuals — as well as ongoing support as needed. Distributors should develop good working relationships with equipment manufacturers in order to establish comprehensive training and support for their end-users.  “Training is the key to the implementation, proper use, upkeep and active maintenance and, most importantly, supporting the team members,” says Dell'Aquila. “Our equipment manufacturers are very involved when introducing new equipment offerings to our sales team and will assist when the equipment is demonstrated or sold to the end-users.”  If pushback on implementing autonomous equipment comes in the form of frontline staff members expressing fear of being replaced, leading to the elimination of jobs, it can be noted that these autonomous solutions are designed to work alongside staff to assist them in accomplishing daily tasks. They can serve as a solution for labor shortages, but they are a tool for staff, too. A strong selling point is that the equipment can take on repetitive tasks, allowing staff to focus on more detailed and high-priority assignments.  Autonomous floor care equipment is not a “one size fits all” solution, however, and distributors should work with manufacturers and end-users to find the right fit. Just as it is important to prepare and train staff ahead of implementation, it is important to evaluate the physical environment where the machines will be operating. Carpeted floors will require an autonomous vacuum sweeper; hard surface floors will require an autonomous scrubber, and so on.   next page of this article:Maintenance Strategies for Autonomous Floor Equipment POSTED ON: 3/31/2025 Industry News & Trends Industry Training & Events Advice from the Field Insights & Updates Source link