In recent years, 3D printing has been widely used in the defense industry, including the maritime, aerospace and army equipment fields. 3D printing in prototype design, part manufacturing, spare parts production and other aspects has advantages that cannot be ignored compared to traditional manufacturing. Defense organizations continuously innovate in technology and parts through 3D printing, and the whole process can significantly save costs and time.


CD BioSciences is a trusted global leading 3D printing service provider, focusing on the study and development of 3D printing in the defense industry. We offer a wide range of 3D printing technology services and consulting. We also have a broad product portfolio and are always ready to accept your special material customization requirements at any time.

3D printing provides defense manufacturers with the ability to create end-use parts and prototypes. CD BioSciences is experienced in 3D printing applications in the defense industry and provides cutting-edge solutions. We help you quickly design and manufacture parts on demand to speed up your product development process to ensure that your technology and products are continuously innovative.


Benefits of 3D printing in the defense industry

  • Simplify parts production

Different from the traditional production process, 3D printing is overall manufacturing without a tedious assembly process. Therefore, 3D printing can shorten the delivery time and avoid the faults that the assembly process may bring to ensure the reliability and effectiveness of the system.

  • Improve flexibility and quality

Innovation is the key to maintaining a strategic advantage, and defense systems need specific geometric designs. The 3D printing process is controlled by the CAD parameter, which can significantly improve freedom of design, and facilitate timely changes in the performance of design and testing parts.

Defense industry components are usually used in harsh environments, such as ultra-high pressure, extreme high temperature or strong corrosion environments. With our range of high-quality material combinations, parts suitable for various conditions can be manufactured and their durability and service life can be increased.

  • On-time, distributed manufacturing

One of the main drivers for accelerating the listing of the defense industry is supply chain innovation to accelerate production speed. 3D printing uses digital inventory and can be made on demand anywhere such as near the base. Not only can it respond to demand in time, but also reduce inventory, avoid the cost and time of long-distance transportation, and greatly enhance the elasticity of the supply chain.

Application of 3D printing in the defense industry

Application of 3D printing in the defense industry

The rapid development of 3D printing technology has made its application in the defense field increasingly widespread. Manufacturers use 3D printing to enable rapid prototyping, speed up the development of defense systems, and ensure that the final product meets the requirements of a variety of application environments. In addition, the variety of materials compatible with 3D printing is increasing, and a variety of high-performance composite materials continue to emerge, allowing lightweight, high-strength, durable parts to be quickly manufactured.

  • Lightweight parts
  • Heat exchangers
  • Investment casting patterns
  • Engine components

3D printing has a broad prospect in the defense industry. 3D printing has incredible flexibility, and can supply high-quality parts whenever and wherever they are needed, enabling defense organizations to stay ahead of the curve in innovation and strategic readiness. CD BioSciences has always been a trusted partner for defense organizations seeking to innovate defense systems through 3D printing, which is committed to helping the defense industry achieve more innovative, fast and high-performance component manufacturing.

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.