Intelligent Vision Sorting Training System
- The platform integrates a complete set of core units essential for industrial automation, including:
- Control Core: A Programmable Logic Controller (PLC) and a Variable Frequency Drive (VFD) unit.
- Vision System: A high-definition industrial camera with vision recognition software.
- Execution Mechanisms: A complete pneumatic system (sensors, solenoid valves, cylinders), along with mechanisms for automatic loading, material feeding, and sorting/warehousing.
- Modular Design: All training modules can be freely combined to meet specific teaching or experimental requirements, enabling the simulation of various sorting tasks.
- Safety Assurance: All electrical connections in the system utilize standard safety leads and plug-in connectors, ensuring the absolute safety of instructors and students during operation.
Product Introduction
The entire system of this device is a modular, open platform, configured with experimental units including a Programmable Logic Controller (PLC), a frequency converter unit, a pneumatic unit, various types of sensors, an industrial camera vision recognition system, an automatic loading mechanism, a material feeding detection unit, a feeding transmission unit, and a sorting & warehousing unit. The training modules can be combined according to different practical training requirements.
For safety considerations, all system connections and wiring methods utilize safety lead plug-in connectors.
The control part of the system uses a PLC. The execution mechanism is a pneumatic drive device composed of sensors, pneumatic solenoid valves, and cylinders. This enables the automatic operation of the system to complete material identification and sorting into storage.
Technical Specifications
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The Intelligent Vision Sorting Training System is a comprehensive platform for teaching and research, integrating mechanical engineering, pneumatics, PLC control, variable frequency drive (VFD) technology, machine vision, and sensor technology. By simulating the process of material identification, conveyance, and classification on an industrial production line, this system is designed to provide students and engineers with a deep understanding of how vision technology, PLC logic control, and various actuators work together in modern automation systems. It is ideally suited for practical training and skills assessment in fields such as automation, mechatronics, industrial robotics, and artificial intelligence.
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