In people's traditional impression, the image of the column is often single and abrupt, taking up space and affecting the aesthetics, but through 3D printing technology, the limitations of traditional modeling are broken.
Using 3D printing technology, a 4-meter-high, large-curvature, multi-hollow structure of the ultra-cool 3D printing art column was produced, presenting a unique industrial beauty and making the column a highlight of the space modeling.
The development of 3D printing technology has enabled a variety of complex modeling structures to be realized, designers have gained greater design freedom, and a column shape with a complex hollow structure with multiple hollows and curves has come into being, integrating aesthetics and mechanics to present a different kind of beauty and personality.
Parametric design process.
Use process slicing software to adjust process parameters.
Model slice processing.
Trajectory dynamics simulation prior to printing**.
The printing is made of 20% glass fiber reinforced ABS granules, which has excellent mechanical properties and printing performance, and is very cost-effective.
The column is 4000mm high, 1024mm in diameter at the widest point, and weighs 220kg.
It is worth mentioning that the realization of the integrated printing molding of such a complex structure column also benefits from the research and development of super-large horizontal printing and retraction printing technology. Horizontal printing technology can break through the height limitation of printing equipment and realize the printing and molding of super-large parts; The pullback printing technology is to adjust the melt temperature in real time, change the melt characteristics, realize the pullback function, and realize the printing of complex hollow modeling structures.
Landscape printing technology.
Pullback printing technology.
The realization of ultra-high printing efficiency, ultra-large printing size, large curvature and complex hollow structure modeling all demonstrate the great potential of fused grain structure molding (FGF) 3D printing technology in large-scale art installations, architectural landscapes and other fields.