Oberflächenbehandlung
Create complex parametric surfaces that surpass the most critical standards.
Create complex parametric surfaces that surpass the most critical standards.
What is Surfacing?
Surfacing refers to the creation of external surfaces of a design. It is a technique employed to design complex, organic shapes that are often difficult to create using standard solid modeling techniques alone.
Surfacing is just as much an art as it is engineering so the last thing a surfacing maestro wants is to be restricted by their tools. That’s why Onshape delivers all the familiar tools like boundary surface, loft, and ruled surface, and even some you didn’t realize you needed!
With Onshape's branch and merge, unlimited undo, and simultaneous collaboration, designers can freely explore more design iterations without fear of disrupting their workflows. The end result is a conflict-free environment where the best ideas will flourish.
Wichtigste Funktionen
Explore Freely
Onshape’s unique cloud-native architecture allows unrivaled design exploration without creating multiple copies of files. This removes all file management hassles related to duplication, while the built-in PDM means check-in and check-out protocols are not needed. Work smarter, work faster, and explore freely with Onshape.

Lofts, Boundary Surfaces, Face Blends
Bei der Erstellung komplexer parametrischer Oberflächen ist das wichtigste Puzzleteil die Auswahl des richtigen Werkzeugs für die jeweilige Aufgabe. Onshape bietet seinen Benutzern eine leistungsstarke — und ständig wachsende — Auswahl an Oberflächenbearbeitungswerkzeugen. Dazu gehören überprüfte Favoriten wie Lofts, Grenzflächen, Face Blends und vieles mehr.

Surface Analyses
While modeling complex surface geometry, it’s important to continually evaluate the quality of the surfaces. With Onshape, you can take advantage of a variety of surface analyses to suit changing requirements. Options include curvature continuity, zebra stripes, and surface continuity. Using these analyses, you can be assured that your design will satisfy the most demanding requirements.

G0, G1, G2?
As you go deeper into the surfacing world, the idea of “curvature continuity” – how surfaces blend into each other – takes on greater importance. Curvature continuity is a critical component of industrial design, because it helps make products more attractive, efficient, and durable. Onshape’s powerful surfacing analysis tools help you more easily monitor the curvatures of your product design.

Erfahren Sie mehr
Arm yourself with more knowledge to better improve surfacing workflows.
From Curves to Cuts: Onshape Simplifies Surface Flattening
12.13.2024
Das neue Tool zur Oberflächenglättung von Onshape wandelt komplexe 3D-Designs in präzise 2D-Muster um. Das spart nicht nur Zeit in der Fertigung, sondern auch Material.
Blog lesen
Mastering Complex Design: 10 Golden Rules for 3D Surface Modeling in Onshape
10.10.2024
Onshape offers powerful tools for advanced surface modeling. Learn the 10 golden rules to create complex freeform shapes, manage continuity, and optimize your 3D designs efficiently.
Blog lesen
Technischer Tipp: Loft Twist einfach zu steuern
04.21.2025
Meistern Sie Lofts in Onshape, indem Sie den Scheitelpunktvergleich und die Verbindungsfunktion verwenden, um die Verdrehung und den Oberflächenfluss zu steuern und eine glatte, präzise Geometrie zu erstellen.
Tech-Tipp lesen
Tech Tip: Use Dihedral Analysis to Inspect Connectivity Between Two Faces
05.07.2024
Onshape’s Dihedral Analysis allows you to analyze the connection between two faces to better understand tangency and the continuity of transitions.
Tech-Tipp lesen
Tech Tip: Using Bridging Curves on Edges of Surfaces
04.09.2024
The Bridging Curve feature is a powerful tool for surface modeling. Did you know that it can be placed along the edge of a part or surface without the need for spitting faces? Find out how:
Tech-Tipp lesen
Tech Tip: Using Offset Curve for Splitting Operations
02.06.2024
Today’s Tech Tip focuses on how the Offset Curve feature can be used to split complex geometry.
Tech-Tipp lesen





