When you think about warehouse or distribution center automation, what equipment comes to mind–conveyor systems, conventional palletizers, or maybe sortation systems? Although each is extremely useful in today’s warehouse and DC automation, the introduction of advanced mobile robotics will change the landscape of tomorrow’s industrial facilities.
With the convergence of enabling technologies–such as automated guided vehicles (AGV’s), high speed, 6-axis robotic arms, vision systems, and 3 dimensional data models–mobile robotics will play a vital role in improving manual labor processes, while also improving quality and increasing throughput.
Improving Manual Processes
Typical manual processes such as receiving, picking, packing, and shipping are tough, particularly when heavy or hazardous products are involved. Add in less than ideal working conditions, such as extremely hot or cold climate, and these manual processes become even tougher. Unfortunately, this often leads to employee turnover and inconsistent fulfillment both in quality and on-time delivery.
Another factor increasing the need for mobile robotics is the rise in e-fulfillment orders. With order volumes for these products on the rise, relative to conventional orders, there is a growing need for flexible and reliable material handling solutions. The latest advances in mobile robotics are allowing distributors to fulfill this need without putting strain on their workers or other resources.
The Latest Innovations in Mobile Robotics Technology:
The increasing use of robotics in the industrial sector often creates some safety concerns for employers and workers when these robots interact closely with humans without physical barriers or safety fencing. To combat these concerns, The National Institute of Standards and Technology is currently working on merging elements of safety standards for AGV’s with close-proximity robots. So as the new world of mobile robotics begins to emerge, so are the safety standards associated with them.
With advances in the dexterity of End of Arm Tooling (a.k.a. the “hands” of the robots) as well as the vision sensors, robots will be able to take on more and more of the tough jobs within the industrial environment. In the next 10 years, we will see an increase in mobile robotic applications within distribution centers helping to improve productivity, accuracy, and overall throughput of order fulfillment.
Do you agree or disagree? What are your opinions about the future of mobile robotics? Please leave your comments below.
Tags: distribution center automation, Indianapolis, industrial automation, Industrial Robotics