Materialise and nTop have announced a collaboration to advance additive manufacturing (AM).
"The integration of nTop Core, nTop's modeling API, with Materialise's Magics 3D Print Suite and NxG Build Processor, will allow manufacturers to accelerate the entire design-to-manufacturing process and enable the production of complex parts that were previously impossible to print," said a spokesperson. "This collaboration has already demonstrated success in producing a high-performance, 3D-printed cylinder head for technology group Wärtsilä, significantly enhancing cooling performance and reducing weight by 60%. It was printed by Nikon SLM Solutions."
This partnership solves a common problem for complex, high-performance designs by enabling implicit design files to be exchanged between design and manufacturing teams and natively processed for production without meshing or other intermediate processes. In turn, this allows engineering teams to design higher-performance parts with more features and capabilities.
"nTop has developed a new implicit modeling kernel and corresponding file format that can characterize highly complex, high-performance geometries at a fraction of the size of traditional CAD or mesh-based files," said the spokesperson. "Until now, high-performance product designs created in nTop could not be natively processed by Magics, requiring time-consuming translations for build preparation and production."
Materialise's NxG Build Processor is configurable software that translates large and complex 3D design files into 3D printable instructions, optimizing and managing the 3D printing process from start to finish. By integrating nTop's design software with Materialise's Magics and NxG Build Processor, these designs can be easily transferred natively to Materialise Magics for fast, high-quality build preparation and slicing.
3D-Printed Cylinder Head
Materialise and nTop collaborated with Nikon SLM to produce a high-performance cylinder head for Wärtsilä, a provider of technologies and lifecycle solutions in the marine and energy markets. On its journey to enable carbon-neutral shipping and energy production, Wärtsilä explored innovative designs to optimize the cooling performance of the cylinder head, achieving a 60% weight reduction compared to the original design. This new design also allowed the integration of up to 10 subsystems into the final component, reducing assembly complexity and improving cooling performance.
Previously, the design complexity and file size of this innovative design made it impossible to 3D print the part using conventional large-scale AM technologies. However, by combining nTop's design software with Materialise's Magics and NxG Build Processor, based on implicit modeling, it became possible to 3D print the part. The final design was printed in Inconel 718 by Nikon SLM, using the largest metal printer on the market.
Meeting the Challenges of Printing Larger and More Complex Parts
In response to rising customer demand for printing larger and more complex parts, machine builders have made substantial investments in developing larger printers with expanded print volumes and increased laser capacity.
"However, when working with complex geometries and larger build sizes, the pre-processing of slice files can be lengthy, sometimes taking days," noted the spokesperson. "This extended processing time increases the risk of system crashes, and the large file sizes associated with high-performance designs make it harder to move models between applications for design and build preparation and the machines that will print them. Despite significant progress in expanding design capabilities, the challenges in processing and manufacturing have constrained designs, limiting the functionality and performance of 3D-printed parts. The collaboration between Materialise and nTop aims to overcome these limitations by providing an integrated solution to streamline the processing of intricate and large design files, thereby unlocking new levels of efficiency and innovation in 3D printing."
"At Materialise, we understand that the future of additive manufacturing (AM) hinges on the ability to efficiently process highly complex files for high-performance parts," said Udo Eberlein, Vice President of Software at Materialise. "If our industry cannot keep pace with the growing demands for intricate designs and larger build sizes, it becomes impossible to unlock the full potential of new AM applications. Our collaboration with nTop represents a significant step forward in breaking these barriers. By combining nTop's implicit modeling kernel with Magics and our Next Gen Build Processor, we are enabling faster, more reliable design-to-manufacture workflows, paving the way for innovations that were once deemed impossible."
"At nTop, we are committed to advancing the power of computational design to production-which is why I am so excited about our partnership with Materialise and integration of nTop implicit models into Magics for manufacturing," said Bradley Rothenberg, co-founder and CEO of nTop. "This enables our mutual customers to streamline the manufacturing of their most complex designs.
For more information contact:
Materialise
44650 Helm Court
Plymouth, MI 48170
734-259-6445 / 888-662-5057
software@materialise.com
www.materialise.com
nTop
199 Lafayette St., 4th Floor
New York, NY 10012
www.ntop.com