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Eliminate STL Files from Your Additive Manufacturing Process with nTopology + EOS
Learn about how you can eliminate the need for STL files and go direct from design to manufacturing with nTopology software and EOSPRINT.
How nTop Platform Automates Engineering Workflows
Learn how nTopology's generative design software, nTop Platform, allows engineers to automate workflows, optimize designs, and go right to manufacturing.
Designing Lattice Structures for Biologically-Relevant Medical Implants
Software solutions like nTop Platform enable engineers to design medical implants that are biologically-relevant and optimized for osseointegration.
Software That Keeps Pace with Engineers
We created nTop platform because advanced manufacturing requires faster and more flexible engineering tools. Our new modeling technology enables a step-change improvement in speed & complexity while an open platform gives you control over both your data and integrations into…
Recent Posts
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IMR Tackles the Design Challenge of a Spinal Implant Using nTopology and Renishaw
nTopology, Irish Manufacturing Research and Renishaw collaborate to design a better spinal implant allowing for greater osseointegration and patient success. Read below to learn about case study and watch the webinar discussing it…
nTopology and Betatype: A Partnership Story
Discover how the partnership between nTopology and Betatype provides an additive design and slicing workflow that allows engineers to iterate faster and reduce build time.
Better performing parts, faster: Introducing nTop Platform
We learned from our customers that the faster they can design a better performing part the more innovative they can be - giving them the competitive edge to win new business.
Highlights from RAPID+TCT 2019
There were undoubtedly many interesting technologies to investigate along with the organizers of RAPID+TCT that created the perfect environment for us to officially launch nTop Platform for commercial availability.
Intentional Design of Surface Roughness for Orthopedic Parts
Surface roughness in metal additive manufacturing has always been viewed as a by-product of the process instead of a design feature - specifically in the biomedical space. As additive machines become increasingly more…
Implicits and Fields for Beginners
Managing the size and performance of complex geometry requires a computationally lighter means of defining and representing geometry. By integrating a field-driven design approach based on the implicit modeling technology, designers can focus…
Lightweighting with Implicit Models
The ability to produce high-resolution geometry using implicit modeling opens a broad range of opportunities to tune the material properties of a part. Creating stiff, lightweight, and highly engineered parts is one of…
nTopology Partnerships: Connecting Workflows and Integrating Solutions
nTopology will continue to connect and collaborate with new partners as we build up the power of our internal tools. We will also continue to invest resources to connect with others in the…
Advanced Design Tools for Additively Manufactured Medical Devices
nTop platform is a powerful tool in a medical device designer’s toolbox. From complex geometry creation, repeatable workflows, and data management – nTop can be utilized as a key competitive advantage for product…
Topology Optimization in a World of Fields and Implicit Geometry
Manual reconstruction of geometry after topology optimization is generally viewed as a major impediment, and this was the challenge first tackled in nTop Platform software. The resulting smooth geometry is generated in seconds…
