ADDITIVE MANUFACTURING DESIGN

Depending on the application, different materials are used, for example:Metals such as aluminum, titanium, or steelPolymers such as nylon or TPUSpecialized high-performance materialsThe right material depends on the required mechanical loads, operating environment, and application objectives.

Additive manufacturing delivers the greatest value for complex components, low production volumes, or applications where weight, functionality, or overall performance can be significantly improved. Rather than simply replacing conventional manufacturing methods, it enables entirely new design possibilities that are often impossible to achieve using traditional processes.The greatest benefits are typically realized when multiple components can be consolidated into a single part, reducing assembly effort, interfaces, and potential failure points. Additive manufacturing also enables highly optimized geometries, lightweight structures, internal channels, lattice designs, and integrated functions that cannot be manufactured economically with conventional techniques.Through Design for Additive Manufacturing (DfAM), components can be redesigned specifically for additive production, unlocking improvements in structural performance, weight reduction, thermal management, material efficiency, and overall product functionality.cross-ING evaluates each application individually to determine whether additive manufacturing is both technically and economically viable. Our experts analyze the component design, functional requirements, manufacturing constraints, material selection, and production costs to identify where additive manufacturing provides measurable advantages. This ensures that the technology is applied where it creates real engineering and business value—not simply because it is available.

In many companies, additive manufacturing is used without designing components specifically for the process. Existing designs are simply transferred, meaning the technology's full potential remains largely untapped.Without a dedicated redesign based on Design for Additive Manufacturing (DfAM) principles, key benefits such as weight reduction, functional integration, and reduced assembly effort cannot be fully realized.Real value is created only through the combination of optimized design, simulation, and manufacturing expertise. This is exactly where cross-ING adds value.