Can Robotic Cleaning Machines Work In Industrial Settings?

Warehouse Cleaning Robots on the Rise

Robotic equipment is not new to industrial settings. In fact, by 1961, robotic arms were being used in a General Motors diecasting plant in New Jersey. The first industrial robotic arm was developed by a company called Kuka in the early 1970s.¹ Today, there are hundreds of robotics companies making robotic arms and other types of robots for the manufacturing space.

What is a newer concept, however, is using a robotic cleaning machine to scrub the floors of industrial settings like manufacturing plants and warehouses. With the launch of Tennant’s T7AMR robotic floor scrubber in 2018, the possibility to autonomously clean these larger spaces provides the opportunity to have a consistently clean floor, increase productivity, and avoid interruptions to your operations.

While industrial facilities are dynamic and busy environments, there are likely areas that regularly have times of non-use. Robotic floor cleaning machines are a good solution for industrial environments, where cleaning can sometimes be a secondary concern.

The ability to have areas cleaned that may regularly have down time allows reallocation of labor to help make the facility more productive to their core business.

Ideal industrial environments for robotic cleaning:

• Areas where there are wide-open spaces, such as alleys where you may store inventory, walkways, loading docks, staging areas
• Areas that have downtime but need to be cleaned
• Breakrooms / eating areas

Industrial areas not suited for robotic cleaning:

• Places with many obstacles, such as people walking, or other large machinery constantly driving through
• Tight spaces with narrow aisles