/PRCWT/Shenzhen, December 15, 2023 - As additive manufacturing technology advances and matures, there is a growing demand for innovative resin materials in the market. The combination of open source research on resin processes with 3D printing technology has shown its value, especially in engineering and materials science education, and is increasingly valued as a teaching tool. This combination not only provides students with practical mechanical engineering and materials science hands-on experience, but also deepens their understanding of process theory. At the same time, 3D printing technology itself has also become a key component in advancing open source research and commercial application exploration of processes, forming an educational ecosystem that promotes the combination of innovation and practice.
P200 UHD process open source: the perfect fusion of ShapeWare and DLP optomechanical technologies
The open-source process of the P200 UHD is a wonderful fusion of technology, bringing together the excellence of ShapeWare data preprocessing software and industrial-grade DLP opto-mechanical technology. The ShapeWare data preprocessing software provides a number of key functions, allowing users to adjust the printing parameters according to their specific needs to obtain the best printing results, providing a convenient choice for achieving diverse printing requirements. In addition, the P200 UHD also opens up the material system, allowing users to set their own resin parameters, test a variety of different material properties, and achieve greater material freedom, creating more possibilities for scientific research and education.
P200 UHD's industrial-grade DLP opto-machine provides solid technical support for process open source. It supports customized services for light spot size, which can be precisely adjusted between 32.5μm and 50μm, achieving ultra-high printing accuracy, meeting millimeter-level detail reproduction, allowing users to optimize machine parameters according to specific needs and improve material adaptation. Adopting DLP principle, curing the whole layer model in one exposure, combining high-resolution DMD chip and uniform and stable light source ensures that P200 UHD performs well in test results, reducing the number of formula modifications, providing a solid technical foundation for the successful implementation of process open source.
Institute of Additive Manufacturing, Shenzhen University: Open-source research on ceramic resin technology
The Institute of Additive Manufacturing at Shenzhen University has been making unremitting efforts in the field of cutting-edge materials research, especially in the open-source application of ceramic resin processes, challenging the wisdom and innovation ability of researchers. They not only need to ensure that the equipment process is open-source to meet the printing requirements of precursor ceramic resins, but also ensure that the viscosity is not greater than 1.4Pa.s (1400 mPa.s) and the color is close to transparent.
In order to ensure that the equipment process meets these high standards, the Institute of Additive Manufacturing of Shenzhen University has introduced RAYSHAPE educational and scientific 3D printing solutions, including the RAYSHAPE P200 UHD industrial 3D printer and ShapeWare data pre-processing software. This introduction marks a significant improvement in the technical strength and research level of the Institute in the field of additive manufacturing.
High-precision printing and multi-material compatibility: helping to solve different research and application requirements
The P200 UHD uses DLP light curing technology, which gives it excellent high-precision printing performance. It can achieve amazing dimensional accuracy of 10 μm, providing scientists with unprecedented tools. This is crucial in the work of the Shenzhen Additive Manufacturing Institute, especially in the case of high-precision testing. The sample printed by the P200 UHD is flawless, and the surface of the sample shows fine details and textures.
In addition, the P200 UHD also features low optical distortion and high light uniformity, ensuring that the light will not be distorted or deformed during the printing process, and the printed ceramic resin sample is very complete in structure without any defects, providing high-quality print samples for the Institute's ceramic resin project. This important breakthrough provides valuable experimental data for research.
More importantly, the P200 UHD is a multi-material compatible 3D printer that can be used with ShapeWare data preprocessing software. This means that researchers can choose a variety of resin materials with special properties for printing, while adjusting printing parameters according to specific needs. This flexibility brings more opportunities to the process open-source research projects of the Additive Manufacturing Institute of Shenzhen University, helping them better meet the research needs of diverse materials projects, and contributing an important part to scientific progress and technological innovation.
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