Facing Challenges

• The use of traditional material transport robots or manual handling with hydraulic vehicles requires a
  significant amount of manual intervention, resulting in low levels of automation.

• It is difficult to fully integrate production tasks with robots, assembly lines, workshops, and warehouses.

Solution

The core component of the logistics robot is the tablet computer, which integrates motor control systems, data collection systems, and navigation positioning systems. It can be quickly deployed in various stages of warehouse operations, achieving unmanned operation of the entire logistics center and improving logistics efficiency while reducing labor costs. Once deployed successfully, employees only need to click on the desired goods on their workstation computers, and the logistics robot will be responsible for picking and transporting them. Employees no longer need to move throughout the process, reducing labor intensity and improving employee well-being for the company.

Application Performance

• eceive task instructions, autonomously navigate to locate the goods on the shelves, scan the items, and
  transport them to the designated location.

• Allocate tasks to the robots in a rational manner, and schedule them to operate in the most optimal paths,
  ensuring the best operational efficiency.

• Real-time monitoring of the operational status of logistics robots, providing knowledge of their current
  positions, truly achieving intelligent maintenance and operation.

• Independent location navigation, intelligent recognition of QR codes, enabling precise identification and
  positioning of goods.