Mofang Precision provides 3D printing services for alumina ceramics, which can successfully achieve precision structural extreme processing capabilities of 10 μ m aperture and 17 μ m rod diameter, solving the manufacturing problems of microchannels, gradient pores and other structures that cannot be achieved by traditional processes. It can be applied in the manufacturing fields of semiconductor packaging, 5G/6G communication filters, etc.
In recent years, Mofang Precision has made significant achievements in the field of materials science, continuously launching various independently developed new ceramic materials including alumina, zirconia, and polymer SiOC ceramic precursors, which can provide 2 μ m/10 μ m/25 μ m optical accuracyAluminum oxide ceramic 3D printing serviceBreaking through the performance limits of traditional ceramics while maintaining a high yield rate.
In the innovative research and development of precision ceramic 3D printing technology, Mofang has continuously broken through the manufacturing limit, successfully achieving the ultimate processing capability of precision structures with 10 μ m aperture and 17 μ m rod diameter, solving the manufacturing problems of microchannels, gradient pores and other structures that cannot be achieved by traditional processes. Utilize the advantages of micro nano 3D printing technology in the manufacturing fields of semiconductor packaging, 5G/6G communication filters, etc., especially in terms of processing accuracy, tolerance control, material properties, and other multidimensional aspects that meet the strict manufacturing requirements of the new generation information technology industry for key components.
Aluminum oxide ceramic printing service material parameters
