3D printing is widely used in the medical field. It can be used to manufacture medical models, surgical guide plates, implants, rehabilitation AIDS, etc.  At present, 3D printing technology has successfully printed skin, bones, blood vessels, otorhinolaryngology and other organs. In the future, 3D printing technology is expected to become a new method for manufacturing human tissues and organs, providing a complete and reliable new treatment scheme for the medical community.

Remodeling denture manufacturing and leading a new era of personalized oral medicine .Metal 3D printing technology can quickly generate a high-precision 3D model by scanning the oral data of patients, and directly use it in the printing process. This technology saves complicated steps such as wax molding, embedding and casting in the traditional manufacturing process, and realizes a fully digital production mode.

3D printing technology is gradually being widely applied in mold manufacturing, greatly improving the traditional mold manufacturing industry's shortcomings in workflow, such as complex operation, high labor costs, and time-consuming processes.

The electronic product manufacturing industry has extremely high requirements for product development cycle, development cost, and confidentiality. 3D printing technology can provide great assistance in the research and production stages of electronic products, such as assembly and functional verification, appearance and performance testing, ergonomics, rapid prototyping, rapid tooling, etc., reducing manufacturers' R&D and time costs and increasing product profits.

3D printing can assist educational research institutions in conducting research and educational training on 3D printing, as well as in the development and innovation of new 3D printing equipment and materials. 3D printing provides richer, more efficient, and safer solutions for the range of formable materials, richness and openness of process parameters, real-time monitoring of key parameters, equipment stability and high flexibility, and engineering application effects.

The strength of the aerospace industry is a measure of a country's technological strength and a necessary means of exploring space resources. The aerospace industry is a systematic precision engineering, representing the most rigorous system design, rigorous quality and safety assurance. Metal 3D printing technology can achieve integrated forming of complex structures, greatly reducing the difficulty of manufacturing aerospace components, improving production accuracy, accelerating iteration cycles, and providing strong support for the high-quality development of the aerospace industry!