Rivelin Robotics and Solukon Maschinenbau have joined forces to address the challenges faced in post-processing metal 3D printed parts. With the ever-increasing complexity of internal channels and cavities, automated depowdering has become crucial. At Formnext 2022, the collaboration will unveil their cutting-edge automated solutions, including programmable rotation, targeted vibration, and advanced sensing. Let's delve into the details of this exciting partnership and the transformative impact it will have on the additive manufacturing industry.
Addressing Efficiency Challenges in Post-Processing Metal 3D Printed Parts
Discover why the partnership between Rivelin Robotics and Solukon Maschinenbau is set to revolutionize post-processing methods for metal 3D printed parts.
Post-processing metal 3D printed parts has long been a challenge in the additive manufacturing industry. The traditional methods often require labor-intensive tasks, leading to inefficiencies and increased production time. Recognizing the industry's need for automated and precise solutions, Rivelin Robotics and Solukon Maschinenbau have joined forces. Their collaborative efforts will introduce innovative techniques and reliable systems at Formnext 2022, prioritizing efficiency and quality.
By leveraging robotic compressed air blasting, targeted vibration, and robotic sensing solutions, these two industry leaders aim to overcome the limitations of traditional post-processing. The goal is to streamline the removal of supporting structures while ensuring a powder-free and polished finish. As a result, manufacturers can achieve higher productivity, reduce time-to-market, and deliver high-quality metal 3D printed parts to their customers.
Automated Depowdering for Complex Internal Channels and Cavities
Explore the significance of automated depowdering in dealing with the growing complexity of internal channels and cavities in metal 3D printed parts.
The increasing complexity of internal channels and cavities in metal 3D printed parts poses unique challenges for post-processing. Aerospace customers, in particular, have high demands and often work with sticky materials like copper. With their cutting-edge technology and software, Solukon Maschinenbau offers efficient automated depowdering solutions that surpass traditional methods.
Solukon's SFM-AT800-S can perform programmed rotations and targeted vibrations, ensuring thorough depowdering without the need for extensive manual efforts. This means aerospace parts can undergo depowdering reliably and repetitively, enabling manufacturers to achieve consistent results without compromising quality. The integration of robotic technology with Solukon's expertise is a significant breakthrough that improves the overall efficiency and reliability of post-processing tasks.
Inspecting Air Flow and Enhancing Surface Quality with Robotic Solutions
Learn how robotic sensing solutions and media blasting techniques enhance surface quality and airflow clearance in post-processed metal 3D printed parts.
Ensuring proper airflow clearance and surface quality is crucial for functional metal 3D printed parts. Traditional post-processing often struggles to inspect air flows in cleared channels and remove powder deposits effectively. By using advanced robotic sensing solutions, Rivelin Robotics and Solukon Maschinenbau aim to improve these aspects of the post-processing journey.
With precise inspection capabilities integrated into their automated systems, manufacturers can eliminate the risk of insufficient air flow or powder residue. Robotic media blasting techniques enhance the surface quality, resulting in parts that meet the strictest industry standards. Furthermore, surface enhancements achieved through controlled media blasting contribute to the overall aesthetics and performance of metal 3D printed parts.
Increasing Accuracy and Productivity with the Rivelin-Solukon Partnership
Can you imagine the efficiency brought by combining the expertise of Rivelin Robotics in precise robotic solutions and Solukon Maschinenbau's automated depowdering technology? The collaboration not only addresses the current challenges encountered in post-processing metal AM parts but also leads to improved accuracy and productivity throughout the entire manufacturing process.
By creating a 'full concept working system,' Rivelin Robotics and Solukon Maschinenbau demonstrate their commitment to delivering real value to manufacturers in the additive manufacturing industry. These automated solutions showcased at Formnext 2022 provide a glimpse of the future of post-processing for metal 3D printed parts, with streamlined workflows, better quality control, and faster time-to-market.
Conclusion
The collaboration between Rivelin Robotics and Solukon Maschinenbau presents a significant advancement in the post-processing of metal 3D printed parts. By leveraging automated depowdering, robotic sensing solutions, and innovative techniques, manufacturers can enhance both the efficiency and quality of their production processes. The solutions showcased at Formnext 2022 demonstrate the potential for streamlined workflows, improved accuracy, and faster time-to-market for metal 3D printed parts.
FQA :
How does automated depowdering contribute to the efficiency of post-processing?
Automated depowdering reduces the reliance on labor-intensive and time-consuming manual efforts in removing powder from metal 3D printed parts, leading to increased efficiency and productivity. By utilizing robotic technologies and programmable rotations, manufacturers can achieve consistent and reliable depowdering results.
What are the benefits of using robotic sensing solutions in post-processing?
Robotic sensing solutions enable accurate inspection of air flow in cleared channels and the removal of powder deposits from the surface of components. This not only enhances the quality of metal 3D printed parts but also ensures proper functionality. Manufacturers can achieve better surface finish, control the removal of unwanted residues, and optimize the overall surface properties.
How does the partnership between Rivelin Robotics and Solukon Maschinenbau meet customer challenges?
The partnership between Rivelin Robotics and Solukon Maschinenbau addresses the inefficiencies and limitations of traditional post-processing methods. By combining expertise in precise robotic solutions and automated depowdering technology, they offer comprehensive, full concept working systems that deliver value to manufacturers. These solutions champion efficiency, productivity, and quality in the production of metal 3D printed parts.
