MF-DBCS500 Multi functional Flexible Electronic Curved Surface Common Printer

The MF-DBCS500 flexible electronic surface conformal printer integrates self-developed high-precision five axis linkage system, high-precision direct writing system, real-time visual observation system, laser positioning and in-situ sintering system and other process technologies, combined with efficient and intelligent algorithms and control software, to achieve conformal printing of precision electronic circuit devices and systems on various complex surfaces.

The high-precision direct writing system, combined with a five axis linkage system, allows the direct writing needle to move freely along five dimensions, thereby achieving adaptation to any shape surface, whether it is convex, concave, or other irregular shapes, ensuring accurate electronic circuit and component printing on complex surfaces.

By using precise laser positioning technology, it is possible to accurately control the printing height and perform adaptive and dynamic compensation during the printing process. The laser sintering function can instantly cure the printing material, ensuring high resolution and good adhesion of the pattern. The laser power can be adjusted to meet the needs of different materials.

A high-resolution visual observation system can monitor key printing quality indicators such as ink uniformity and positional accuracy in real-time and intuitively during the direct writing printing process, making it easy for operators to quickly adjust parameters and ensure high-quality printing results.

The software provides an intuitive and easy-to-use interface, supports complex surface compensation algorithms, and automatically adjusts printing parameters to adapt to substrates of different materials and shapes. At the same time, the software also has drawing and design functions, and supports direct import of design files in multiple formats, making it easy to complete the process of drawing what you get.