The Fraunhofer Institute for Additive Production Technologies (IAPT) has announced plans to conduct a feasibility study on using additive manufacturing to produce silicone seals. The study will examine whether 3D printed silicone seals can meet industrial standards for mechanical properties and chemical resistance.
The research aims to address manufacturing challenges across multiple industries, including mechanical engineering, chemistry, and automotive sectors. While seals are traditionally manufactured using conventional methods, additive manufacturing could potentially offer more flexibility and cost-effectiveness for small batch production and complex geometries.
The study’s methodology will focus on material testing and technology validation. Fraunhofer IAPT researchers plan to analyze various materials and evaluate surface quality, including roughness and functionality. The investigation will also examine design capabilities and hard-soft material connections.
Companies participating in the study through a crowdfunding model can contribute their specific questions and requirements. This collaborative approach allows industrial partners to directly influence the research direction while gaining insights into potential manufacturing alternatives for their sealing applications.
The research could be particularly relevant for manufacturers seeking solutions for small-volume production or custom seal designs. The study will assess how additive manufacturing might complement existing production methods, with additional benefits including reduced tooling costs and more flexible production capabilities.
Source: idw-online.de
