DLP Photocuring Ceramic 3D Printing of Alumina Lattice Structure
In recent years, with the continuous development of high-temperature electronic devices, miniaturized heating components, and thermal management systems, there have been higher demands for high-temperature support elements that offer strong structural stability and rapid thermal response. The Joule heating high-temperature support, made from alumina material, stands out due to its excellent electrical insulation, thermal stability, and structural strength, enabling long-term stable operation in high-temperature environments. It has become a key component in high-end thermal systems.
The support structure adopts a porous lattice design, effectively reducing overall weight while optimizing heat field distribution and mechanical support performance. Its precise periodic geometric configuration helps enhance thermal uniformity, reduce thermal stress concentration, and increase the thermal radiation area, thus achieving more efficient heat exchange and thermal management performance.
Alumina (Al₂O₃) boasts excellent thermal shock resistance and chemical inertness, maintaining structural integrity and electrical insulation properties in extreme environments. Combined with QiYu Technology’s DLP ceramic 3D printing technology, this high-temperature support can rapidly manufacture complex topological structures, making it widely used in cutting-edge fields such as micro-heating modules, high-temperature experimental platforms, and thermal field control systems. It is an ideal solution that integrates lightweight, functionality, and engineering reliability.
Printer Equipment ADT-3D-ZP-Printer-Pro-144-37.5
STL Model Slicing
Printing Process
Printing Complete
Collection Process
Cleaning Process
Finished Product Display
