Welcome to the exciting world of metal additive manufacturing (AM) post-processing! In this article, we explore the groundbreaking collaboration between Solukon and Rivelin Robotics as they revolutionize the way metal AM parts are finished and post-processed. Stay tuned to learn about their cutting-edge autonomous solutions and the future of AM technology.
Meeting the Demands of Metal AM Users
Addressing the challenges faced by metal AM users and the need for advanced automated post-processing solutions.
Metal AM users have long desired autonomous post-processing solutions to streamline their operations and improve the quality of their finished products. The collaboration between Solukon and Rivelin Robotics aims to meet these demands and revolutionize the way metal AM parts are post-processed.
One of the key challenges faced by metal AM users is the intricate internal channels and cavities of parts, which require advanced depowdering techniques. Solukon's SFM-AT800-S, with programmable rotation and targeted vibration, offers a reliable and repeatable way to remove powder deposits from aerospace parts without any human programming efforts. With Rivelin's expertise in robotic sensing solutions, air flow in cleared channels can be inspected to ensure proper cleanliness.
The collaboration also addresses the need for robotic compressed air blasting, localized and targeted vibration, and various media blasting for surface enhancement. These advanced post-processing techniques help metal AM users achieve the desired surface finish and overall part quality.
Unlocking the Potential of Autonomous Solutions
Exploring the innovative features and capabilities of Solukon's SFM-AT800-S and Rivelin Robotics' Netshape software combined with Yaskawa EU robots.
Solukon's SFM-AT800-S is at the forefront of autonomous post-processing solutions for metal AM. This cutting-edge system combines Rivelin Robotics' Netshape software and Yaskawa EU robots to deliver efficient and precise post-processing capabilities.
The SFM-AT800-S with Rivelin Netshape software eliminates the need for human programming efforts, making it highly user-friendly. The programmable rotation and targeted vibration functionalities allow for powder-free depowdering of parts, ensuring maximum cleanliness before further processing or inspection.
With the integration of Yaskawa EU robots, the SFM-AT800-S gains enhanced mobility and flexibility, enabling it to handle various post-processing tasks with ease. The combination of sophisticated software and advanced robotics unlocks the potential of autonomous solutions for metal AM post-processing.
Streamlining and Optimizing Post-Processing Workflows
Efficiency benefits and time savings offered by autonomous post-processing solutions in metal AM workflows.
The adoption of autonomous post-processing solutions like Solukon's SFM-AT800-S and Rivelin Robotics' Netshape software has a significant impact on metal AM workflows, streamlining and optimizing post-processing processes.
By automating tasks such as support removal and surface finishing, metal AM users can reduce manual labor, minimize human errors, and improve overall process efficiency. The SFM-AT800-S, combined with robotic assistance, ensures consistent and repeatable results, leading to higher-quality finished products.
Furthermore, the integration of autonomous post-processing solutions saves valuable time in metal AM workflows. Robotics can perform post-processing tasks round the clock, maximizing production uptime and reducing lead times. Metal AM users can enjoy faster turnaround times and offer more responsive services to their customers.
Exploring the Future of Metal AM
Looking ahead to the potential advancements and innovations driven by autonomous post-processing solutions in the metal AM industry.
The collaboration between Solukon and Rivelin Robotics signifies an exciting future for the metal AM industry. The development of autonomous post-processing solutions opens up new possibilities and advancements in the field.
As metal AM parts become increasingly complex, with intricate internal channels and cavities, the demand for advanced depowdering and cleaning techniques will continue to rise. Autonomous solutions like the SFM-AT800-S provide metal AM users with the necessary tools to tackle these challenges effectively and efficiently.
With ongoing research and development, we can expect even more innovative features and capabilities to be integrated into autonomous post-processing solutions. Continual advancements will improve the quality and reliability of metal AM parts, opening doors to new applications and industries.
Conclusion
In conclusion, the collaboration between Solukon and Rivelin Robotics marks a significant advancement in the realm of metal additive manufacturing (AM) post-processing. Their innovative autonomous solutions have the potential to revolutionize the way metal AM parts are finished and optimized.
By addressing the specific challenges faced by metal AM users and offering advanced depowdering techniques, targeted vibration, and robotic sensing solutions, Solukon and Rivelin Robotics are streamlining workflows and improving overall part quality. These autonomous post-processing solutions save time, increase efficiency, and unlock new possibilities for the future of the metal AM industry.
As technology continues to evolve, we can expect further advancements and innovations in the field of metal AM post-processing. The collaboration between Solukon and Rivelin Robotics sets a promising path for the continued growth and improvement of metal AM processes, leading to more robust and reliable additive manufacturing of metal parts.
