In recent years, the advantages of precision, intelligence, and convenience of 3D printing have made it an important path in the development of various industries. As 3D printing has developed rapidly, it has changed the manufacturing methods of many industries, bringing unlimited possibilities to production, product development, and enterprise transformation. And 3D printing is being pushed to a higher level and planned as part of national strategies in many countries.

3D printing does not require mold and assembly, fast delivery, reduced material waste, and low comprehensive costs. It can achieve high precision and flexibility in manufacturing, making it a new favorite of the scientific research community.


As the world's leading 3D printing solutions provider, CD BioScience has various 3D printing materials that meet standards, with rich and open process parameters. We can customize various materials according to customer needs. In addition, our company provides a variety of 3D printing technical services, including consulting and training services to quickly meet the needs of customers at different scales and in different industries.


3D printing is a powerful means of design and process development, and the rapid manufacturing of small, complex and reliable parts is particularly suitable for the research industry. Our comprehensive 3D solutions have entered campuses and research institutes, and we have long cooperated with many universities and technical institutes. In the research industry, 3D printing technologies and materials have relatively high precision and performance requirements. The 3D printing technology services and high-quality materials we provide can help you get accurate size, fine details of the product, and will be a powerful assistant in your research process.

Benefits of 3D printing

Our services can help the research industry carry out research and training in 3D printing, and assist in the development and innovation of new equipment and materials. Through 3D printing, researchers in various fields such as machinery, biomedical, and aerospace can create their own models or functional components in the laboratory. With 3D printing, the complexity of operation can be reduced, the flexibility and efficiency of manufacturing can be enhanced, and at the same time, there is no need to wait for suppliers’ delivery.

  • Complex structure

3D printing can manufacture complex structures without molds, while optimizing the structure through digital design, reducing stress concentration, achieving lightweight, improving product performance, and extending product life.

  • Simplify the process

Eliminating the need for complex and error-prone assembly, 3D printing allows researchers to turn ideas into physical objects more safely, quickly, freely, and cheaply.

  • Flexible manufacturing

3D printing can realize personalized customization, rapid iteration, and can modify the design at any time, improve manufacturing flexibility, and assist the research and development process. 3D printing really enables customers to fully control all process parameters and dominate their creations.

  • Tracking the manufacturing process

Through 3D printing, the design can achieve easy traceability, record changes in key parameters in real time, and help researchers control the optimization and development process more conveniently.

Application of 3D printing in research

3D printing has special research value in the application of new materials and multiple materials, structural mechanical performance and topology research, and micro-organization physicalization.

While 3D printing is booming, it has also caused a shortage of highly skilled 3D printing personnel. Therefore, the research industry's investment in 3D printing is not only in line with the direction of national talent cultivation, but also can provide the next generation of technology leaders with future-oriented skills. In recent years, dozens of universities and scientific research centers have opened a 3D printing major one after another, and trained high-skilled talents for 3D printing. We can provide more extensive, more efficient and smarter 3D printing solutions for researchers of different scales and levels.

CD BioSciences has rich experience in the 3D printing and research industry and is trusted by many universities and scientific research institutes around the world. We are committed to changing product development and production methods, and creating a new digital manufacturing model with customized and batching. Our products and services have obvious application advantages in the research industry, and we know your needs better. Our high-quality technology and services make research and development easier!

If you are interested in our services, please contact us. All services are available on a 24/7/365 basis.

For research use only, not intended for any clinical use.