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Description of nTopology 6.3.3
nTopology 6.3.3 is a computational modeling software that defines geometry based on mathematical equations, enabling the design and review of complex parts without breaking the model. Unlike traditional CAD software that creates closed geometry with surfaces and volumes, nTopology uses signed distance fields to represent geometry, an approach that allows the model to change shape without reconstruction.
Its main focus is on problems where geometric complexity is a bottleneck: topology optimization, lightweight mesh structures, and preparing the model for metal 3D printing. Instead of building a specific part, the user creates a reusable parametric process that can be run on other parts, significantly reducing the time spent designing and reviewing options.
In practice, a lightweight structural design engineer can define a TPMS network with variable thickness on a curved surface, check the result with a finite element analysis, and run the same process on a part with different loading conditions, without rebuilding the model. The software makes the results of finite element analysis and computational fluid dynamics available as numerical fields to directly drive geometric parameters; for example, the stress distribution from an analysis can determine the thickness of the walls. The model output for 3D printing or external analysis is done via solid and surface meshes, as well as STEP and Parasolid formats.
Features of nTopology 6.3.3
Defining geometry with mathematical equations instead of closed surfaces, to change shape without breaking the model
Using a signed distance field as the base unit of design, with negative values inside and positive values outside the object.
Topology optimization with displacement and stress constraints, and outputting convergence history for review
Converting element density from topology optimization into a numerical field to guide geometric parameters
Manufacture of solid and walled TPMS networks, along with corresponding cylindrical and spherical types
Constructing wallless TPMS networks with a Bias parameter to move the mid-level in or out
Connect volume and surface meshes with Boolean union operator and adjustable blend radius
Mesh output via Voxel grid for reduced file size and faster production
Define custom blocks for recurring design elements such as airfoils and turbine blades
Storing engineering knowledge as a parametric process that can be reused across different projects
Import CAD models in STEP, Parasolid, CATIA, SolidWorks, Creo, NX and Inventor formats
Import meshes in STL, OBJ, PLY, and 3MF formats and convert them to implicit bodies
Using the results of finite element analysis and computational fluid dynamics to change the geometry
Identify CFD boundary areas on the mesh and export them for external analysis
Converting a quadrilateral mesh to a CAD body and exporting it in STEP or Parasolid format
Converting an implicit body of medium complexity (networks of up to about 1000 TPMS cells) to a CAD body
Modeling lightweight lattice structures with control of unit cell size and relative density
Define geometry with signed distance equations and render with ray tracing for fast editing.
Save and share organizational design processes through packaging as a Toolkit
Task management through a calculation notebook that acts as a repository of engineering knowledge
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