How to Design Complex Free Form Surfaces in SOLIDWORKS with Power Surfacing
If you are a SOLIDWORKS user who needs to create organic or freeform shapes, you may have encountered some challenges with the traditional surface modeling tools. You may have struggled to patch together a set of trimmed surfaces, or to maintain tangent and curvature continuity across complex curves. You may have wished for a more intuitive and flexible way to design parts that are not easily defined by sketches or features.
Fortunately, there is a solution that can help you overcome these challenges and unleash your creativity. Power Surfacing is a revolutionary add-in for SOLIDWORKS that allows you to design complex free form surfaces using Subdivision Surface (Sub-D) modeling techniques. Sub-D modeling is a method of creating smooth and organic shapes by manipulating a mesh of polygons. You can push and pull on the faces, edges, or vertices of the mesh to create any shape you can imagine. Power Surfacing integrates Sub-D modeling with SOLIDWORKS parametric design, so you can use both modeling paradigms together in the same workflow.
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Power Surfacing has many features and benefits that make it the ideal tool for industrial design and freeform surface modeling in SOLIDWORKS. Here are some of them:
Power Surfacing creates high quality Class A surfaces by default, which means they have smooth transitions and no sharp edges or corners. You can also adjust the edge weighting to create sharper features or creases if needed.
Power Surfacing is tightly integrated with SOLIDWORKS, so you can use all the SOLIDWORKS commands and features on your Power Surfacing parts. You can also convert your Power Surfacing parts into native SOLIDWORKS surfaces or solids, and vice versa.
Power Surfacing supports downstream features like fillet, shell, cut, extrude, etc. You can also use Power Surfacing parts as references or instances in your assemblies.
Power Surfacing has a variety of modeling tools that let you create and edit your Sub-D parts with ease. You can start from primitive shapes like box, cylinder, torus, etc., or from existing SOLIDWORKS sketches. You can also import existing meshes from other software like modo, 3ds Max, Maya, etc.
Power Surfacing has dynamic shape editing capabilities that let you modify your Sub-D parts interactively using push-pull methodology. You can also use soft selection, constrained editing, mirror, bend, extend, shell, thicken, and other advanced tools to refine your design.
If you want to learn more about Power Surfacing and how it can help you design complex free form surfaces in SOLIDWORKS, you can visit the official website of nPower Software[^1^], the developer of Power Surfacing. You can also sign up for a free 30-minute webinar[^2^] to see Power Surfacing in action and ask questions to the experts.
In addition to Power Surfacing, nPower Software also offers Power Surfacing RE, which is a reverse engineering tool for SOLIDWORKS. Power Surfacing RE allows you to import scanned meshes from STL files, ZBrush models, or Topology Study results, and convert them into Sub-D parts that you can edit and refine with Power Surfacing. You can also use Power Surfacing RE to create Sub-D parts from scratch based on the scanned data.
Power Surfacing RE has many applications and advantages for SOLIDWORKS users who need to work with scanned meshes or organic shapes. Here are some of them:
Power Surfacing RE can handle large and complex meshes that would otherwise be difficult or impossible to import and manipulate in SOLIDWORKS. You can also reduce the polygon count of the mesh to optimize the performance and accuracy of the conversion.
Power Surfacing RE can automatically align and merge multiple scans into a single Sub-D part. You can also manually adjust the alignment and stitching of the scans if needed.
Power Surfacing RE can create Sub-D parts that match the shape and detail of the scanned mesh as closely as possible. You can also use various tools to smooth, clean, fill, or repair the mesh before or after the conversion.
Power Surfacing RE can create Sub-D parts that are fully parametric and editable with Power Surfacing. You can also apply SOLIDWORKS features and commands to your Sub-D parts, or convert them into native SOLIDWORKS surfaces or solids.
If you want to learn more about Power Surfacing RE and how it can help you reverse engineer scanned meshes or organic shapes in SOLIDWORKS, you can visit the official website of nPower Software, the developer of Power Surfacing RE. You can also sign up for a free 30-minute webinar to see Power Surfacing RE in action and ask questions to the experts. 0efd9a6b88
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