Finding innovative methods to boost warehouse operations’ efficiency in the new normal involves more than just cutting costs. It also involves looking for fresh space to expand. It makes sense to automate warehouses to generate more growth capacity. Thus, every logistics and warehousing facility is distinct, with its own set of challenges.
Surging warehousing labor prices and robust macro and industry growth drivers of eCommerce fulfillment are predicted to boost the market. Additionally, according to a research report by Astute Analytica, the global warehouse automation market is likely to increase at a compound annual growth rate (CAGR) of 15% over the forecast period from 2023 to 2031.
Here are the four things to remember before choosing the warehouse automation:
Can someone put up fences to keep people and people-driven trucks out of certain areas?
Not every automated guide vehicle is suitable if they require the full facility to be accessible at all times. People need a solution that can function in a safe and non-disruptive manner among people and vehicles operated by humans. Furthermore, many autonomous mobile robot (AMR) solutions and certain AGVs would work well in this situation while they differ in efficiency. People need more sophisticated technology in busier environments.
Is it necessary to automate processes both outside and inside?
If the response is “yes,” then the only mobile robots that can manage this are highly developed autonomous ones that have robot vision that works in all types of lighting. The most flexibility is offered by AI-powered solutions for crowded outdoor areas.
Furthermore, one potential substitute would be autonomous guided vehicles equipped with an outdoor/indoor guiding system. Thus, obstacles must still be removed from AGV pathways.
Do people have fluctuations in demand or peaks during certain seasons?
A solution that provides the most straightforward options for scalability and system change is what they should search for in this situation. The configuration of jobs, routes, connection with their enterprise software systems, and other relevant elements are relevant here. A better match for their operations will result from quick productivity gains, little to no downtime, and few infrastructure modifications.
Furthermore, given that modifying the fixed guiding network that guided vehicles require would be expensive, autonomous mobile robots (AMRs) would be a preferable option in this situation if flexibility is required.
Are people automating processes in indoor places without shelving, such as loading bays?
One of the most cutting-edge autonomously mobile robot solutions is required if they wish to automate processes in loading bays or any other area without established infrastructure. Only AMRs with sophisticated robot vision, which typically depends on AI, can move freely in unobstructed areas without permanent infrastructure like shelves.
Conclusion:
The development of contemporary warehouse management will depend heavily on the global warehouse automation market, which uses inventory tracking and warehouse management technologies. Supply networks that are capable of rapid, efficient product movement are facilitated by minimizing human interaction during the transportation process and seamless order fulfillment.
