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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…
Computational Modeling with nTop Platform
With nTop Platform, we’ve combined 3D modeling, simulation, and manufacturing processes into one computational modeling environment managed through a custom visual programming interface. We’ve set out to enable our users to intelligently automate…
Interpolating with Implicit Modeling
The last two posts in this implicit modeling series introduced the implicit representation and how it enables failure-proof, simple operations like offsets and booleans. To get a better understanding of the power of…
How implicits succeed where B-reps fail
As previously described, the B-rep modeling used by most precise and mesh-based CAD and graphics systems works well for low complexity parts and most traditional manufacturing processes. For any experienced CAD user, the…
nTop Platform for Additive Manufacturing
nTop Platform is helping companies realize products with Additive Manufacturing by integrating the Design for Additive Manufacturing (DfAM) workflow and removing inherent barriers to iterative redesign necessary to create breakthrough new products.
B-rep vs. Implicit Modeling: Understanding the Basics
Recently we introduced the concept of geometric modeling using an implicit representation, which permits robust operations and the ability to work with many sources of input data. Our flagship product, nTop Platform, uses…
Field-Driven Design: Product Data Models for Rapid, Collaborative Development
The increased sophistication of today’s products and the introduction of advanced manufacturing creates an unprecedented level of complexity across engineering disciplines. In particular, technologies that improve performance and efficiency, promote part consolidation, and…
Implicit Modeling for Engineering Design
CAD and CAE software uses a variety of representations of shape to define and document real-world parts. These representations have been developed to accommodate different ways of inputting, interacting with, and manufacturing various…