Logistics Tech Outlook

What are the Key Advantages of Robotics in Distribution

Among the many advantages of robotics in distribution are improved productivity, the elimination of logistics costs, refined delivery precision, and more agile preparation of shipments.

FREMONT, CA: Among the trends that are steadily advancing but less discussed is robotics and artificial intelligence(AI) in logistics and transport. A significant amount of business change is brought about by this application, with positive effects for some and negative effects for others. It is essential for companies and manufacturers to become familiar with robotics and machine learning before this scenario becomes mainstream.

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An industrial distribution robot automates tasks such as organization, transfers, delivery, and product retrieval using robots and machinery with smart systems.

Logistics robots and AI:

Aerial drones: If we talk about the future and AI, drones are, without a doubt, the warehouse management robots that come to mind.

It is a robot that can travel, carry a limited amount of weight, transport units, and reach areas that are difficult to access, such as remote villages, deep shelves, and high places in warehouses.

The power of drones varies depending on their antennas and batteries for autonomous operation.

Vehicles controlled by robots: Robotic vehicles are small, autonomous vehicles that can move about without a driver or remote control. These systems can read QR codes and RFID signals to follow paths in a warehouse while avoiding obstacles and identifying units and pallets.

With machine learning technology, robotic vehicles become independent and reliable, complementing the work of warehouse employees. The employee tells the cobots what tasks they must complete automatically, which is why they are called cobots or collaborative robots.

Robotics in distribution: advantages 

A robot's configuration can be customized for different tasks and levels of complexity.

According to Roland Berger's study that analyzes robotics' impact on logistics until 2025, there will be a 20 percent to 40 percent reduction in logistics costs and a 25 percent to 70 percent increase in productivity.

Humans can view and monitor the robot's work remotely from a device.

Improved delivery precision and more agile preparation of shipments.

Logistics applications of robotics.

Transfer of inventory: Traditionally, picking and mobilization in logistics involved a lot of labor and safety risks for employees when goods were unloaded, moved, or selected for shipping.

It is safer and faster to use robotics when unloading, lifting, storing, and packing pallets, although not all drones and robots are able to handle different weights and sizes.

The advantage of this option in e-commerce is that it allows the precise products for each order to be located in the warehouse, streamlining packing and shipping and reorganizing shelves continuously. 

Shipments of orders: In e-commerce, autonomous vehicles, and drones will also become more and more effective at shipping large goods and small orders. Using the remote control, a controller can review signals sent by the vehicle, follow them in real-time, and confirm customer satisfaction.

With AI, these robots could calculate the best route, cut costs as they don't require fuel and don't require a driver, recognize obstacles, and adapt to different weather conditions.

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