The pick and place system is the backbone of silicon wafer manufacturing. As the demand for semiconductors and microchips increases, the rise of automation has been crucial for production facilities. This post will briefly discuss the general components of a pick and place line.
How Pick and Place Operates
The pick and place system has been utilized in the technology manufacturing industry since the 1980s. As technology progressed, these systems also became more complex. Thanks to these advances, the pick and place method makes it possible for large quantities of silicon wafers to be manufactured.
Aside from the potential for mass production, pick and place systems are important because they minimize the chances for manufacturing errors or defects. This allows companies to maintain productivity and minimize waste.
Cameras, imaging technology, and robotic arms form the foundation of pick and place systems. The cameras can monitor wafers at each step of the production process. It will approve or reject batches of wafers based on the criteria that the operator programmed. Robotic “picks” use vacuum technology to move quantities of wafers from one manufacturing station to another. The wafers go through each production step until they are ready for final inspection and shipping.
With pick and place technology, wafer manufacturing companies have a powerful tool in making tomorrow’s electronics. Many wafer polishing companies might use this system in their various services.