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Hiro Robotics - Model NISA -PCB Value-Based Sorting System
The NISA PCB Value-Based Sorting System by Hiro Robotics leverages advanced artificial intelligence and computer vision technologies to categorize printed circuit boards based on the value of their components. It offers multiple configurations: fully automated, manually loaded, or software-only options. The software is adept at accurately identifying individual PCBs from a mixed stream on a conveyor belt, subsequently recognizing and categorizing the mounted components to assess their value for separation. In terms of sorting, robots are integrated with tailored control algorithms and gripping systems to enhance the efficiency of sorting PCBs by value class, thereby optimizing the recovery of valuable materials during electronic waste recycling. The system can also be installed with an automated loading and re-loading mechanism to handle boards on entry and exit conveyor belts, facilitating a seamless recycling process.
Detection and classification
Nisa"S software accurately identifies individual PCBs within a mixed stream moving along a conveyor belt. It then recognizes and classifies the different components mounted on the PCBs to evaluate their value and separate them.
Robotic sorting
A robot enhanced with customized control algorithms and gripping systems, excels in efficiently sorting PCBs based on the specific value class assigned by the Al. This approach maximizes the recovery of valuable materials in electronic waste recycling.
Automated loading and re-loading
Nisa, can be installed in conjunction with an automated system for loading boards onto the entry conveyor and with a belt system responsible for collecting boards exiting the system, flipping them, and reinserting them into the process.