Launching a new product is a process basing on repetitions. Before their release every products gets a prototype process after various analysis and design steps. The 3D printers making production with additive manufacturing method enable the production of real prototypes of dreams carried to the digital world as a new product. The products having complexed geometries, therefore cannot be manufactured by classic methods can be conveniently manufactured. The products that can be manufactured by combining more than one part just within a couple of process steps can be manufactured here only with a single process and as a single part.
The parts being manufactured by laser melting can be manufactured as to have the density over 99% and good mechanical specifications in the standard parts. The manufactured parts can be compared with the conventional production technologies. There are standard metals that continuously expand. The parts can be processed as any welding part.
The identical and unlimited designs that go beyond the dreams not find life as a single part.
By manufacturing more than one part at the same time with the required sensitivity, save both from time and over-labour. The systems formed of more than one component now can be manufactured as a single part.
Geometry and weight optimization can be obtained without modifying the mechanical specifications of the products.
Positive results are obtained in the unit cost by manufacturing more than one product in a single process.
Thanks to the easy-to-use interface, the user can now do production conveniently and keep the process under control.
A real environmentally friendly product with low energy consumption and minimum waste substance rate.
Explained design rules are typical rules and can be updated with the experimental usage. For different geometrical shape some rules should be modify accordingly.
Component orientation on build platform affects: