Shanghai Bodong Industrial 3D Printer Brings New Changes to Robot Manufacturing Process

Shanghai Bodong Stratasys H350 3D printer uses SAF selective absorption melting technology to gradually replace traditional production methods. 3D printers help research and development and manufacturing, bringing new changes to the manufacturing process of robots.

Achieve precise manufacturing of complex structures: Robot design involves many complex shapes and structures, which are often difficult to achieve with traditional processing methods. Stratasys SAF technology can spray single or multiple drops of highly concentrated liquid to generate exquisite details or large areas of molten area without affecting production. Accurately depositing materials into the required shapes and structures without complex molds and cutting processes, greatly simplifying the manufacturing process

Achieve better part quality and repeatability: With Stratasys thermally managed Big Wave powder deposition technology, SAF technology can produce high-volume parts with high accuracy and repeatability. This allows you to achieve part consistency throughout the printing process and ensure that repeated parts have the same quality - even including fine feature details, flat areas and large parts. The parts produced have a uniform, smooth surface and are suitable for a variety of different applications. Not only meet the needs of model development, parts printed by Stratasys H350 are ready for use.

Maximize process flexibility and achieve personalized customization: 3D printing is manufactured according to digital models, so personalized design can be easily achieved. Whether it is color, texture or shape, it can be achieved by modifying the digital model to meet different manufacturing needs.

Shanghai Bodong is an agent for imported 3D printers, providing 3D printing solutions that include materials, equipment, software, and integrated services, ranging from small desktop models to mass production models in the manufacturing industry, meeting various applications from rapid prototyping, tool manufacturing, and terminal production. It provides solutions for applied additive technologies in the automotive manufacturing, medical health (dental molds, dentures, skulls), consumer goods, aerospace, education, textiles and other industries, meeting the needs of high-end R&D and production with extremely high precision requirements.

Reviewing Editor: Peng Jing