Intelligent Logistics Project of a Leading Discrete Device Company in China
Project Overview
The company is a leading discrete device manufacturer in China. YOUIBOT helped the company to upgrade its Semiconductor Manufacturing Workshops, including the automatic loading and unloading as well as material transfer of the
manufacturing equipment at three major processes in workshops.
Solution
The material transfer system consists of YOUITMS (logistics management system), YOUIFleet (multi-robot scheduling system), and seven mobile robots. The YOUITMS system integrates with the customer's business system to obtain
production orders for scheduling and send the consolidated orders to the YOUIFleet system. Then the mobile robots are managed to complete the material transfer and automatic loading and unloading tasks.
Key Benefits
Labor cost saving of 20 employees
Information transparency improvement and manufacturing equipment error rate reduction
Increased production efficiency by 33%
precise and efficient material loading and unloading
Intelligent Logistics Project of a World’s Leading Semiconductor 8-inch Fab
Project Overview
The mobile robots are deployed in the world's leading semiconductor 8-inch fab. This newly built factory is in the process of production capacity expansion. To solve the huge and complex daily tasks of SMIF Pod loading and unloading, YOUIBOT
foup handling robots are introduced to achieve flexible and intelligent production.
Solution
With foup handling robots and the YOUIFleet and YOUITMS systems, the factory can achieve flexible transportation and unmanned automatic loading and unloading of materials between electronic racks, manufacturing equipment, and
warehouse. The YOUITMS logistics management system directly interfaces with the equipment control system, enabling visualization of workshop production and operation control in the production process.
Key Benefits
Reduce manual work
automatic loading and unloading
Digital intelligent management with real-time feedback of production data
Reduce ineffective walking by 30%
Increase electronic rack utilization by 60%