The architectural world is experimenting with 3D printing technology.
3D printing technology, as a high-tech manufacturing technology, is flexible in design and precise in production. One of the characteristics of 3D printing technology is its highly mechanized and precise operation, which allows architects to work in more space and under better conditions. Various complex creative designs can be realized using 3D software and 3D printing.
Furthermore, 3D printing technology demonstrates its benefits for architectural sand table models.
The architectural sand table is one of the most intuitive building display methods. We can clearly see the detailed layout of the entire building through the sand table.
Application of 3D printing technology in the field of architectural
3D printing technology has the potential to significantly simplify the sand table production cycle and steps. You only need to provide the real estate company with the 3D design sketch, and the modeler will convert it into a printable model that can be delivered to the 3D printer for production. The process eliminates the complicated and time-consuming assembly process, eliminates the possibility of incorrect plate proportions, and significantly reduces production costs.
For architects, 3D printing technology simplifies material resources and labor input costs.
3D printing technology, as a high-tech manufacturing technology, is flexible in design and precise in production. One of the characteristics of 3D printing technology is its highly mechanized and precise operation, which allows architects to work in more space and under better conditions. Various complex creative designs can be realized using 3D software and 3D printing.
- Quickly complete building model
- Various complex creative designs can be realized
- Greatly reduce sand table production cycle and manpower and material cost
- Flexibly adjust the layout of the sand table to quickly meet customer revision opinions
Production benefits focus on the manufacturing process and include reduced material consumption, shorter lead times, minimal tooling costs, reduced assembly costs, and the impact of automation, to name a few.
Gains from fuel efficiency such as weight reduction, higher performance and reliability, longer life, faster new product introductions, faster time-to-market when using only additively manufactured products, reduced inventory, and the added value of better adaptability and more attractive products, etc.
Additive manufacturing provides new manufacturing benefits.