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The Future of Automated Logistics Package Handling is right here

To manage the increasing growth in eCommerce and its associated challenges, such as the need for fast, easy, flexible, and reliable handling of goods to be delivered to business partners and consumers, companies will need to embrace automation. Over the next five years, the volume of packages, boxes, and envelopes is expected to more than double. This increase will create bottlenecks in distribution centres and put pressure on the handling of goods in third-party logistics (3PL) facilities, such as fulfillment centres and warehouses.

 

The SCAPE Package Picker

Scape Technologies has developed and designed the entire future proof solution of automated logistics package handling. The automated SCAPE Package Picker prevents bottlenecks in handling envelopes, packages, or boxes up to 5 kg.

 

 

It consists of a flexible gripper with seven suction cups mounted on a robotic arm, a scanner positioned above the station capable of creating a 3D point cloud of the scene with packages, a newly developed recognition algorithm, and software that plans the arm's trajectory.

 

See the SCAPE Package Picker in action:

1440 packages per hour.

The SCAPE Package Picker provides a reliable solution where the robot picks various packages, boxes, or envelopes one at a time using its gripper and delivers them to their final destination, such as a conveyor belt. Afterwards, it returns to the packing station to initiate a new cycle. On average, each cycle is completed in just two and a half seconds, resulting in an impressive rate of 1,440 packages per hour.

The scanner, positioned above the station with the packages, works in conjunction with the recognition algorithm to detect and define the shape of each packet. It then sends this data to the "gripper" algorithm, responsible for controlling the flexible gripper. The gripping algorithm optimizes the grip based on the recognition data to ensure successful package retrieval and delivery.

It is a system that calculates the most optimal path for the robot arm, ensuring a swift and collision-free flow. In essence, the robot operates without delays because the recognition algorithm processes data one full cycle ahead of the working robot arm and gripper. This approach guarantees fast cycle times and minimizes any potential waiting periods.

The SCAPE Package Picker Capability to Prevent Bottlenecks

The manual workflows with package picking are characterized by a high degree of monotony with harmful repetitive movements. This often results in bottlenecks within the process. However, with the SCAPE Package Picker Solution, these issues are effectively eliminated. Explore the new features of the SCAPE Package Picker here: LINK