3D printing - supporting innovation
26 November 2024
The production of containers with innovative shapes that make substantial changes both on the aesthetic and functional side passes from 3D modeling.
The three-dimensional drawing of the object is fundamental, and it is already possible to make precise dimensional evaluations, produce photorealistic renderings and formulate a series of evaluations useful for refining the project.
Everything is splendid, but then it’s always up to the imagination to predict the real physical consistency of the container and its ergonomic relationships with the hands of its users.
Given the demanding costs necessary for the realization of the final mold, it is better not to make mistakes.
We come to the aid, at this point, 3D printing, able to translate the digital design into a physical object very similar to what we will produce. The sustainable costs of 3D printing allow us to make changes to our design and to evaluate its effects on the finished product even several times before building the final mold and starting mass production of the bottle, the container or vessel in question.
The enormous push to innovative shape production introduced by 3D printing is obvious. The possibility of constantly testing the project on realistic models, where the changes made can be felt, makes it economically viable to imagine and implement innovative projects.
The three-dimensional drawing of the object is fundamental, and it is already possible to make precise dimensional evaluations, produce photorealistic renderings and formulate a series of evaluations useful for refining the project.
Everything is splendid, but then it’s always up to the imagination to predict the real physical consistency of the container and its ergonomic relationships with the hands of its users.
Given the demanding costs necessary for the realization of the final mold, it is better not to make mistakes.
We come to the aid, at this point, 3D printing, able to translate the digital design into a physical object very similar to what we will produce. The sustainable costs of 3D printing allow us to make changes to our design and to evaluate its effects on the finished product even several times before building the final mold and starting mass production of the bottle, the container or vessel in question.
The enormous push to innovative shape production introduced by 3D printing is obvious. The possibility of constantly testing the project on realistic models, where the changes made can be felt, makes it economically viable to imagine and implement innovative projects.
