Motion control technology
Drive control technology
Visual recognition technology
Software operating system
High-speed flying photography technology
High-precision core components are the key factor ensuring placement accuracy, with precision reaching the micrometer level. The high-precision placement head independently developed by MOJE can enhance the precision manufacturing accuracy (parallelism and perpendicularity can reach 0.005mm), significantly improving the placement accuracy and product placement stability.
Linear motors and drivers are one of the core technologies of ultra-high-speed pick and place technology (SMT) machines. The linear motors and drivers independently developed by MOJE can achieve higher X, Y, and Z-axis speeds, more lightweight pick and place heads, smaller component mounting, and significantly increase production capacity while reducing power consumption and costs. MOJE's 18-axis driver is the first of its kind in China.
The accuracy of the XYZ motion platform is the core of the placement accuracy of the pick and place machine. High-precision position sensors effectively ensure positioning accuracy.
The gantry dual-drive servo motion control system of the wooden table achieves dynamic synchronization of position, further ensuring the accuracy and efficiency of mounting.
Self-developed high-speed aerial photography multi-eye camera to ensure the accuracy of high-speed photography
An automatic optimization algorithm based on mathematical modeling and massive empirical data, achieving the best material retrieval method and movement path. The efficiency of automatic optimization and mounting has been significantly improved.
While meeting all placement requirements, the system adopts a modular design, making operation more convenient, efficient and stable.