In recent years, a notable shift from traditional to innovative and sustainable manufacturing has occurred, marked by the rise of distributed manufacturing powered by additive technology. This method, primarily facilitated by 3D printing, allows for the creation of intricate and customized parts in low volumes and closer to their end-use. The decentralized nature of distributed manufacturing, dispersed across smaller facilities or individual 3D printers, reduces the reliance on centralized factories, leading to significant cost savings and improved accessibility to manufacturing resources. The advantages include customization and personalization, reduced material waste, sustainability, and eco-friendliness. Additive technology not only enables the creation of highly customized products but also minimizes waste and supports sustainable practices, aligning with the global call for environmental responsibility. Additionally, distributed manufacturing accelerates rapid prototyping and innovation, offering efficient iterations and modifications for quicker product development and market entry, particularly beneficial for industries like aerospace and defense.
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Our enterprise software optimizes end-to-end AM processes for leading companies and 3D print services. We work closely with customers to provide solutions for prototyping, mass-individualization and serial AM. Software is one of the key tools to minimize both production time and material waste. With digital workflows, our software standardizes and evaluates AM data, automates the business processes associated with distributed manufacturing and optimizes production execution and quality assurance. These are the tools that enable data-driven production decisions and are building a foundation for automated Agile Manufacturing.
