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Dual-Arm-Robot (DARe)

The Dual-Arm-Robot project brings together the complementary expertise of 3-D. services (brandname – RX Robotics) and SENOVI, two companies that specialize in cutting-edge manufacturing technologies.&nbsp;3D Services focuses on robot-aided additive manufacturing, utilizing industrial robots and advanced software for real-time collaboration in large-scale 3D printing. Their expertise in processing materials like metals and plastics is crucial for developing high-performance, scalable, and precise 3D printing systems, particularly in industries such as aerospace, automotive, and energy. 3D Services contributes to the Dual Arm-Robot project by ensuring multi-robot coordination and material processing for synchronized additive and subtractive manufacturing.&nbsp;SENOVI, on the other hand, is an expert in advanced fabrication technologies, specializing in 3D printing for metals, composites, and engineering plastics. SENOVI's pellet-based 3D printing method allows for versatile material usage, and their development of the DAP3D secure platform protects intellectual property while ensuring the reliable delivery of 3D-printed parts. In this project, SENOVI’s expertise in secure digital platforms and multi-material 3D printing will play a pivotal role, especially in the integration of composite materials into the manufacturing process.&nbsp;The project's core objective is to develop a novel Dual-Arm-Robot solution that combines additive and subtractive manufacturing of composite materials, known for their high strength and lightweight properties. The Dual-Arm-Robot will be capable of printing and machining complex parts simultaneously, particularly for industries demanding precision and durability, such as aerospace and energy systems. One key aim is to manufacture a part of a robot arm made from composite materials like glass-fiber reinforced thermoplastic (GFRP), designed for additive manufacturing with hollow structures and lattice designs, reducing weight without compromising strength.&nbsp;This cross-border project fosters innovation and economic growth in the Germany-Netherlands border region, enhancing local industries' capabilities and reducing dependency on global supply chains. By bringing together robotics, materials science, and manufacturing expertise from both sides of the border, the project strengthens the regional industrial ecosystem and accelerates the adoption of advanced, sustainable manufacturing technologies. In addition to technological innovation, the project’s business model offers a cost-effective solution for companies hesitant to invest heavily in automation. This model allows businesses, especially SMEs, to adopt automation flexibly, paying only for the robot jobs executed. This not only reduces financial risks but also promotes the widespread adoption of cutting-edge technologies in the region.&nbsp;