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What's New
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XNurbs is powered by its own kernel, i.e., xnkernel.dll. XNurbs Rhino and XNurbs SolidWorks plugins are two end-user applications that were directly develop based on this kernel. (The kernel is only available to ISV and not available to end-users.). The latest release of XNurbs is powered by xn kernel 2023.0, which includes a number of enhancements. This release:
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Key Features
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Unlimited capacities for solving NURBS: Its optimization algorithm can solve virtually any NURBS surface in a matter of milliseconds (regardless of how complex the constraints are.). |
| High-quality surfaces: For a given set of constraints, XNurbs’ optimization algorithm uses energy-minimization method to generate the smoothest NURBS surface among all possible solutions. The generated surface quality is outstanding. |  |
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XNurbs is one super powerful NURBS tool that fixes virtually all surfacing issues for existing CAD software. |
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Easy-to-use: It uses one simple UI for all kinds of NURBS modeling. Super robust: XNurbs is rock solid and works flawlessly. |
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Native CAD surfaces: xNURBS is based on NURBS, i.e., the native CAD surfaces, which can be directly used for any CAD modeling operations without any geometry translation. |
| Fully support editing and rebuilding. |  |
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GTR Car: Most surfaces of the GTR model are generated by XNurbs. |
Easy-to-use: It uses one simple UI for all kinds of NURBS modeling. |
Tutorials
Users should check out the tutorial videos below for how to use XNurbs efficiently and correctly. (XNurbs SolidWorks plugin and XNurbs Rhino plugin have a very similar capacity and UI so they share some screenshots/videos):
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| This tutorial demonstrates how to use xNURBS to create quad sided surfaces. The model is a part of a car body. This video will make a quick comparison between xNURBS and standard surfacing tools, and demonstrate how xNURBS will typically do a much better job of creating clean surfaces without ripples or bumps. | This basic tutorial demonstrates how simple and easy to use X NURBS to create this bicycle seat model. This example also shows how to add the internal constraints and create a symmetric model with X NURBS. |
This tutorial video shows how to use xNURBS to create this Aircraft Wing tip surface. The surface blends G2 continuity into G0 continuity along the boundary curves with existing surface. |
HW Suggestions
Recommended System Specification
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