(1) Mechanical Technology Mechanical technology serves as the backbone of mechatronics. It focuses on adapting traditional mechanical systems to modern needs by integrating advanced technologies. This involves rethinking design concepts, updating materials, and improving structural performance. The goal is to reduce weight and size while increasing accuracy, stiffness, and overall system efficiency. In the production of mechatronic systems, classical mechanical methods are enhanced through computer-aided tools, with the integration of artificial intelligence and expert systems leading to more intelligent and efficient manufacturing processes. (2) Computer and Information Technology Computer and information technology play a central role in processing data within mechatronic systems. This includes tasks such as information exchange, data access, computation, decision-making, and application of artificial intelligence, expert systems, and neural networks. These technologies enable real-time analysis and support complex control and automation functions, making them essential for smart system operation. (3) System Technology System technology emphasizes a holistic approach by integrating various disciplines into a unified framework. It breaks down the entire system into interrelated functional components, ensuring seamless interaction between different parts. Interface technology is a critical element here, as it ensures reliable communication and connection between system components, enhancing overall stability and performance. (4) Automatic Control Technology Automatic control technology covers a wide range of applications, from system design to simulation and on-site testing. Based on control theory, it includes techniques like high-precision positioning, speed control, adaptive control, self-diagnosis, compensation, and data retrieval. These technologies allow for accurate and responsive system behavior, which is vital for complex mechatronic applications. (5) Sensing and Detection Technology Sensing and detection technology acts as the sensory system of mechatronic devices, enabling automatic control and adjustment. The more advanced the sensors, the higher the level of automation. Modern systems require sensors that can quickly and accurately gather data, even in harsh environments. This ensures reliable performance and supports the development of highly sophisticated mechatronic systems. (6) Servo Drive Technology Servo drive technology encompasses electric, pneumatic, and hydraulic systems used to convert electrical signals into precise mechanical motion. It plays a crucial role in determining the dynamic response, control accuracy, and overall functionality of the system. High-performance servo drives are essential for achieving smooth and accurate movement in mechatronic applications. Window Screen Repair Kit Tape is a practical and convenient solution for fixing damaged window screens. This tape is designed to provide a quick and easy way to repair small holes, tears, or rips in window screens, allowing them to regain their functionality. With its durable and weather-resistant materials, the tape adheres securely to the screen, preventing insects and debris from entering while still allowing fresh air to circulate. Easy to use and versatile, Window Screen Repair Kit Tape is an essential tool for homeowners and businesses to restore the integrity of their window screens. Window screen repair,Screen repair kit,Window screen tape Jinwu Glass Fiber Co., Ltd , https://www.jwglassfiber.com