They can replace manual labor, enabling mechanized production; automated operation allows for continuous, high-speed operation, with maximum movement speeds exceeding 1000mm/s, and supports rapid programming and execution of complex trajectories (such as dots, lines, circles, and arcs), significantly improving production efficiency. Standalone operation is simple, convenient, high-speed, and precise; its repeatability reaches ±0.01mm (some high-end models can reach ±5μm@3σ), achieving precise dispensing along three-dimensional and four-dimensional paths.
Modern dispensing machines are developing towards intelligence. By integrating AI vision, dynamic measurement, and intelligent algorithms, they can achieve automatic calibration, trajectory optimization, and fault self-diagnosis, improving process stability and debugging efficiency. They can be equipped with a two-component pumping system to form a fully automatic two-liquid dispensing machine; dispensing controllers and dispensing valves can be added; the high precision, high flexibility, and good process consistency of dispensing machines make them widely applicable in various precision manufacturing industries.
