基于英特尔架构的优易控NoTime控制器白皮书-助力实现精准、柔性的运动控制

Investment Rating - The report does not explicitly state an investment rating for the industry. Core Insights - The demand for next-generation motion control solutions is increasing due to the rapid evolution of flexible and intelligent manufacturing, with the Intel® architecture-based NoTime controller providing significant improvements in processing power and real-time capabilities, thus enhancing stability and efficiency in motion control [12][14]. Summary by Sections Overview - The NoTime controller integrates motion control and data processing capabilities on a single industrial computer powered by Intel® processors, significantly improving the efficiency of motion control functions [15][21]. Market Trends and Challenges - The global motion control market is projected to reach $16.5 billion by 2024 and$21.6 billion by 2029, with a CAGR of 5.5% [17]. In China, the motion control system market was valued at 42.5 billion yuan in 2019, with the motion controller market at 8.5 billion yuan [17]. - New-generation motion controllers are evolving to meet higher demands for processing power, flexibility, and accuracy in motion trajectory control [17][18]. Solutions - The NoTime controller offers high real-time performance, significantly reduces interaction latency, and enhances the execution efficiency and stability of machine programs by integrating motion control and machine vision on the same hardware [27][29][35]. - The controller supports advanced features such as feedforward control and trajectory smoothing tools, which improve precision and reduce mechanical vibrations [40][44]. Application Scenarios - In chip bonding, the NoTime controller achieves high precision and stability, with assembly accuracy of ±10 µm and rotation accuracy of ±0.15° [62]. - In 3D dispensing, the controller allows for flexible trajectory control and supports direct import of CAD files for generating motion instructions [64]. Conclusion - The NoTime controller, leveraging Intel® architecture, is positioned to meet the evolving needs of the manufacturing industry, facilitating the transition to smart manufacturing through enhanced motion control capabilities [65].