In recent years, 3D printing technology has gradually become popular in aviation/aerospace, automobiles, military industry, communications, high-end equipment and other fields, and has become an important means of rapid prototyping and manufacturing of complex structures in various fields.

Compared with traditional equipment manufacturing technology, 3D printing technology has natural advantages in manufacturing complex structural parts. The 3D printing technology based on robotic arms provides a more material-saving solution for manufacturing complex structural parts. Robotic arm-assisted 3D printing technology can realize support-free 3D printing and arbitrary forming of free-form surfaces, which not only saves materials, but also improves printing efficiency.

Chaoling Intelligent Technology Co., Ltd. is committed to the research, development and manufacturing of 3D printing equipment and materials for granular materials. After years of technology accumulation, a new generation of robot multi-degree-of-freedom 3D printing workstation has been launched. Together with the independently developed advanced surface slicing algorithm, it provides users with a freer and more material-saving 3D printing manufacturing solution.

This equipment can realize real-time change of the nozzle printing angle, not only realize traditional 3D printing on flat surfaces, but also realize feature printing on special free-form surfaces, which not only saves raw materials but also improves printing efficiency. At the same time, 3D printing based on curved surface technology can make up for the ladder-like structure produced when 3D printing curved surfaces and reduce product defects.

Device parameters

Nozzle temperature 450℃

Flow rate ≥3Kg/h

Support nozzle diameter 1-3mm

Total heating power 1kW

Support materials: In addition to conventional materials, it supports the printing of high fiber content thermoplastic materials such as PPS and PA, as well as the printing of ceramic, metal and other particles.

                                   (Equipped with five-stage zoned heating, the melt extrusion process is more controllable; equipped with a melt retraction control module to avoid defects caused by wire drawing;)