NX Surface Modeling

NX surface modeling in Siemens NX offers tools and capabilities for creating complex and organic surface geometries. With NX surface modeling, designers can craft smooth and precise surfaces that accurately represent the desired shape of a product or component. The software provides a comprehensive set of surface creation and manipulation tools, allowing designers to create surfaces from sketches, curves, and existing geometry. These tools enable the creation of aesthetically pleasing and aerodynamically optimized shapes, making it ideal for industries such as automotive, aerospace, and industrial design. With advanced surfacing techniques such as lofting, blending, and sweeping, designers can achieve intricate surface details and seamless transitions between surfaces. NX surface modeling empowers designers to bring their creative visions to life with high-quality, visually appealing surfaces, delivering both functional and aesthetic value to their designs.

NX Surface Modeling

See also:

Surface Continuity (G0, G1, G2, G3)

Surface Continuity (G0, G1, G2, G3)
Surface continuity, often referred to as "G0," "G1," "G2," and so on, is a measure of the smoothness and continuity between adjacent surfaces in computer-aided design (CAD) and computer-aided manufacturing (CAM). Here's an explanation of each level of surface continuity: G0 (Positional Continuity): G0 continuity, also known as positional continuity, indicates that two surfaces meet...

NX Mesh Surfaces

NX Mesh Surfaces
The NX category of mesh surfaces are created by defining surface edges with curves or edges. Sometimes cross curves are used to make the connection between curves nonlinear. To see the mesh on surfaces, go to Analysis -> Show Poles and pick the surface. A Through Curve Mesh with Poles Shown

NX Sweep Features

NX swept features are created by sliding a profile (constant or changing) along some kind of guide or vector.
Surface Continuity (G0, G1, G2, G3)

Surface Continuity (G0, G1, G2, G3)

Surface continuity, often referred to as "G0," "G1," "G2," and so on, is a measure of the smoothness...
NX Mesh Surfaces

NX Mesh Surfaces

The NX category of mesh surfaces are created by defining surface edges with curves or edges. Sometimes...
NX Extrude Sheet Body

NX Extrude Sheet Body

Mesh surfaces can be created by simply extruding (or revolving) a curve. Open, closed, or 3D curves...
NX Ruled Surface

NX Ruled Surface

Ruled surfaces ("Ruled" command) creates a body between two sections. Sections can be defined by selecting...
NX Through Curves

NX Through Curves

Creates a body through multiple sections. Can be made to be G0, G1, or G2 continuous with other existing...
NX Through Curve Mesh

NX Through Curve Mesh

A through curve mesh is similar to an NX through curve, but it allows the addition of guide curves ...
NX N-Sided Surface

NX N-Sided Surface

N-Sided surfaces can be used to fill a space between shapes. N-Sided-Surface Download PRT (NX...

NX Sweep Features

NX swept features are created by sliding a profile (constant or changing) along some kind of guide or...
NX Section Surface

NX Section Surface

Section surface fits a conic section (constant or changing) to a guide or series of guides. A spine...
NX Swept

NX Swept

The swept command is similar to Sweep Along Guide but with added functionality. Swept allows a wide...