3D printing is versatile and offers countless possibilities. It is used to create prototypes, complex structures, and custom designs. From functional parts to creative objects, 3D printing can adapt to a wide variety of projects.
With the addition of a new high-performance material, TPU, 3iD now offers the ability to print flexible components in addition to rigid plastics such as PA12. This offers more possibilities for specific applications where flexibility is needed.
In the production of industrial components, 3D printing offers great added value. It allows companies to quickly and efficiently print existing designs as well as develop entirely new ones. This makes the process ideal for manufacturing prototypes, as well as functional, ready-to-use parts.
Think of applications in mechanical engineering, product development, software development and in maintenance companies, such as for the production of spare parts.
Using advanced design software, 3iD can create complex geometric structures, such as lattice structures. These structures enable weight reduction without sacrificing strength, which is especially valuable for industries where weight reduction is crucial.
Within the manufacturing industry, 3D printing offers unprecedented flexibility for the production of finished products. Instead of relying on expensive tooling such as injection molds or extrusion dies, production can be quickly and efficiently adapted to changing market demands.
Prototyping is usually the first tangible expression of a valuable R&D process. Trust is a cornerstone of 3iD.
