Question

3D printers eliminate the need to manufacture a block of material before the tooling process even begins, instead the raw materials for the 3D printers are easy to produce pellets, powders, pastes ,or liquids. The printers can use lasers,UV lights,and other setting tools to finalize each layer. 3D printing may allow for tiny support structures to be added through out this makes the part strong where it needs to be strong and less so where the force won’t be greater the new design may look like an interacte skeleton just as strong but much lighter and using less materials what can you infer from this paragraph about 3D printing?

Answer 1

The paragraph suggests that 3D printing revolutionizes manufacturing processes by eliminating the traditional need for manufacturing a solid block of material before tooling begins.

How is this arrived at?

Instead, 3D printers utilize easily producible raw materials such as pellets, powders, pastes, or liquids. The technology allows for the creation of intricate structures with the use of lasers, UV lights, and other setting tools to finalize each layer.

Notably, 3D printing enables the incorporation of tiny support structures throughout the object, strategically reinforcing areas that require strength while minimizing material use in less critical areas.

This innovative approach results in a design resembling an intricate skeleton, maintaining strength while significantly reducing weight and material consumption.