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DESIGN FOR ADDITIVE MANUFACTURING (DfAM)
When you produce your products designed according to traditional production methods with 3D printing, you may face more time, materials and costs than you need!
Our Design for Additive Manufacturing team brings your product with high-end designs suitable for production with additive manufacturing, giving you the same strength; It enables lighter, cheaper, faster production!
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WHAT IS DESIGN FOR ADDITIVE MANUFACTURING?
Design for Additive Manufacturing (DfAM) is a design method that allows you to save time, cost and weight compared to traditional production methods by using the advantages of additive manufacturing technology at the highest level. It aims to minimize production time, costs and production errors while maximizing component functionality and quality. Design methods for typical additive manufacturing mainly include topology optimization, generative design, part consolidation, and mass customization.
WHAT IS TOPOLOGY OPTIMIZATION?
Topology Optimization performs analyzes by taking into account the boundary conditions and production method of a model. It is a module that produces the most optimum result by adding or subtracting volume according to the analysis result. It is generally used for lightening operations. It easily creates complex structures that designers cannot design or spend too much time designing. Combined with the ease of production of complex structures, which is one of the prominent features of 3D Printers, it is an indispensable module for Additive Manufacturing.
