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How Mobile Robots Can Keep Employees Safe During COVID-19

By: Jason Walker | CEO & Co-Founder
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COVID-19 Reveals the Real Need for Accessible Automation

COVID-19 has changed the world, and the way we work. Companies of all sizes, across all industries are seeking out solutions that help them reduce health risks while still meeting current and future market demands. What many are finding is that robotics – including autonomous mobile robots (AMRs) – is a solution to many of these problems.

We have seen business and consumer demand for automation grow as a result of the COVID-19 pandemic. And the good news is that AMRs and robotics are more accessible than ever. But finding a solution that today’s workers can easily deploy is a challenge. To help companies looking to immediately add autonomous mobile robots to their operation, here are the must-have features for future-proof mobile robot platforms.

Must-Have Features for Autonomous Mobile Robots

Quick and Easy Setup

Having an AMR that can be set up and put to work quickly is extremely important now and going forward. Robotics can help pivot how a company operates, but no one has weeks (or even days) to set up robot navigation systems and companies shouldn’t have to readjust their entire workflow to accommodate a new robot.

So, what should you look for in an AMR to ensure that it is easy to deploy and intuitive to use for workers on the job today?

  • Superior Navigation: The optimal AMR will employ user-friendly, straightforward navigation that enables it to operate within your current workflow and does not require complicated or expensive add-on equipment. Look for features like long range 3D LiDAR and Simultaneous Localization and Mapping (SLAM) that allow you to quickly add autonomous mobile robots with minimal disruption.
  • Fast Setup: High-quality mobile robots designed for workers on the job today can be unboxed and moving materials in 15 minutes or less.

  • Intuitive Software: An AMR’s software must be easy to use, intuitive, and flexible. This allows you to increase utilization as your facility grows or changes over time. This is particularly important with the uncertainty of what your operations may look like a month or year from now.
  • Power: Many manufacturing and warehouse operations don’t have downtime, so neither should their AMR. Look for a mobile robot that offers the ability to manage its own charge cycles and autonomously charge itself when needed. A truly wireless power transmission option without charging contacts that can get damaged or wear over time is ideal for reliable charging essential to battery management.

Unparalleled Flexibility

As the pandemic is proving, a company’s ability to pivot at a moment’s notice could make or break their business. Therefore, investing in a robotics platform that is too specialized to a certain task, product, or environment and is difficult to reconfigure, could be detrimental if the company finds they need flexibility to readjust how or where they want the robot to function in their workflow.

An AMR is an investment, and companies should look for a flexible platform that can grow and evolve with them. This also means that AMRs need to be easy to integrate and communicate with existing machines or any equipment you plan to add in the near future.                  

Multi-Functional and Extensible

No matter the current economic conditions, efficiency, quick deployment, and getting the most ROI will remain top priorities for those considering robotics and automation. AMRs that have the ability to adapt to changing needs and serve multiple purposes over time will be highly sought after, if not required. This is especially true for businesses who are not only changing the way they operate, but also for those who are doing so on a tight budget. 

It’s best to buy mobile robots that can automate a variety of difficult, dangerous, or backbreaking tasks within current operations and ones that offer attachments to perform specific functions as required. For example, accessories like robotic arms, conveyor systems, lift tables, and the ability to connect to carts can help AMRs serve a multitude of purposes over the course of their use. Furthermore, options like auxiliary power, wireless charging, remote updates, and accessible connections for simple system integration allow an AMR’s capabilities to grow as a company expands its operations.

How Robotics is Helping During the Coronavirus Pandemic

There are many examples of how robots are being used on the front lines to battle the COVID-19 pandemic. For example, companies are accelerating projects to autonomously clean facilities with ultraviolet-C (UV-C) light or hydrogen peroxide vapor (HPV) using robots. And AMRs are being used to help collect data for the Private Automated Contact Tracing PACT project that brings together top minds from prestigious organizations around the world to develop enhanced tracing techniques.

In the healthcare field, robots are being called on to fill a variety of roles. Robots are being used to deliver food or paperwork to patient rooms, leaving nurses to do more essential tasks while also protecting them and patients from sharing germs. And some like Boston Dynamics Spot Mini are helping doctors remotely treat COVID-19 patients.

For industrial manufacturers or warehouse operations, robots can help ensure that social distancing measures are upheld to help protect the workforce. Robots, specifically AMRs, can transport materials throughout the facility allowing essential workers to maintain social distancing standards. The US government recognizes and is supporting efforts for manufacturers to rapidly respond and expand production as shown by recent NIST & ARM Institute grants

As we move into our “new normal,” robots will increasingly be used to empower and protect the workforce.

Jason Walker | CEO & Co-Founder

Jason Walker is the CEO and co-founder of Waypoint Robotics. Prior to founding Waypoint Robotics, Walker was the Vice President of Operations at Stanley Innovation, as well as co-founder and Director of Operations at CyPhy Works, a leading persistent drone company. Walker holds a BS in electrical engineering with a specialization in robotics and control systems from Kansas State University. With over 15 years of experience in the robotics industry, Walker’s accolades include awards for multiple academic robotics competitions, as well as multiple patents for various robot-related technologies.

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