In a significant stride for metal additive manufacturing, Nikon SLM Solutions has successfully produced its 1000th NXG XII 600 system, marking a pivotal achievement for the company and its longstanding partner, Robert Bosch GmbH. Bosch, a prominent figure in advanced manufacturing technologies, is set to integrate this advanced metal additive manufacturing (AM) printer into its 3D-Printing Manufacturing and Processing Center in Nuremberg, Germany.
Bosch’s Strategic Integration
Bosch’s decision to employ the NXG XII 600 system in its manufacturing center underscores the company’s commitment to leveraging cutting-edge technology for both prototyping and serial production. The Nuremberg facility focuses primarily on key components such as powertrain technology, hydrogen, and electric drive components. By incorporating the NXG XII 600, Bosch is poised to enhance its capabilities in these areas. Additionally, Bosch is collaborating with Additive Drives, a startup specializing in electric motor 3D printing, further showcasing its investment in innovative manufacturing techniques.
Advanced Features of the NXG XII 600
The NXG XII 600 system is celebrated for its 12-laser configuration and substantial build volume, designed to accelerate production speeds while ensuring high precision, particularly with challenging materials like aluminum alloys. The system includes advanced features such as an exchangeable build cylinder and a closed-loop powder handling system, which minimize downtime and enhance safety and material efficiency. These attributes are perfectly suited to Bosch’s high-performance and efficiency standards in its production environment.
Industry Perspectives
Sam O’Leary, CEO of Nikon SLM Solutions, expressed pride in reaching this milestone alongside Bosch. O’Leary emphasized the NXG XII 600’s potential to revolutionize high-output production and drive automotive innovation forward. The acquisition of such technology complements Bosch’s existing activities in the polymer sector, which include investments in ARRIS Composites’ carbon fiber reinforcement technology and the development of its own pellet 3D printer. This synergy within Bosch’s operations indicates an internal drive to adopt additive manufacturing expertise across multiple business units.
Automotive Industry Implications
Bosch’s procurement of the NXG XII 600 system might signal a shift toward the serial production of metal parts for automotive applications. While tangible results from this integration may take time to emerge, the company’s collaboration with various Original Equipment Manufacturers (OEMs) hints that 3D-printed metal parts could soon make their way into vehicles produced by brands such as Volkswagen, Daimler, and Fiat Chrysler. This progression towards integrating 3D printing technology in automotive manufacturing emphasizes the industry’s broader movement towards innovative production techniques.
Conclusion
Nikon SLM Solutions has achieved a major milestone in the realm of metal additive manufacturing by completing its 1000th NXG XII 600 system. This accomplishment signifies a significant feat for both the company and its long-term collaborator, Robert Bosch GmbH. Bosch, a leading entity in advanced manufacturing technologies, plans to employ this state-of-the-art metal additive manufacturing printer within its 3D-Printing Manufacturing and Processing Center located in Nuremberg, Germany.
This integration of the NXG XII 600 system will enhance Bosch’s capabilities, allowing for more intricate and efficient production processes. The move underscores Bosch’s commitment to embracing cutting-edge technology to stay at the forefront of the manufacturing industry. This development not only highlights the growing adoption of additive manufacturing technologies but also solidifies Nikon SLM Solutions’ role as an influential player in the market. Advancements like these pave the way for continued innovation and increased efficiency in the production of complex metal parts.
