SOLID EDGE ST10 Reverse Engineering

Solid Edge si focalizza sull’estrazione di superfici da una mesh STL e le converte in un modello solido.
IMPORTAZIONE E RIPRISTINO MESH
ANALISI DELLA GEOMETRIA DELLA MESH IN INPUT
CONVERSIONE IN SUPERFICI
RIFINITURA, ESTENSIONE E CUCITURA PER CREARE UN CORPO SOLIDO TRIM, EXTEND AND STITCH TO CREATE A SOLID BODY
MODIFICA GEOMETRIA
AGGIUNTA DI DETTAGLI
0:08-0:25
Solid Edge customer, Bernina International AG, has been producing world-class sewing and embroidery machines for over 120 years. Their design and manufacturing teams thrive on innovation and precision, and Solid Edge continues to meet their needs through next generation modeling tools.
0:26-0:40
Here we’ll feature the reverse engineering capabilities in Solid Edge by importing a control arm scanned from a vintage Bernina machine. We want to use this in driving the design of a modern, yet retro sewing machine chassis.
0:40-1:00
Since 3D scanned data is made of a “mesh” of facets, or collection of imprecise triangles, analytical, b-rep features created in traditional 3D CAD software are incompatible. Yet Solid Edge delivers tools that simplify the handling of facet models and speed the preparation for downstream manufacturing.
1:00-1:09
Reverse engineering tools help to clean up and add some level of precision by removing sections of the mesh, smoothing facet shapes, and filling holes.
1:10-1:25
Regions within the mesh can be identified as planar, cylindrical, spherical and other shapes, which can seed creation of analytical surfaces. Now we’re building b-rep surfaces on top of the facet body without tedious tracing and reconstruction!
1:34-1:52
And now Solid Edge incorporates Siemens Convergent Modeling technology, which allows traditional b-rep features to be constructed on faceted mesh bodies without a time-consuming conversion. Watch as we add a hole and synchronous cutout to this mesh body. Flexible modeling made powerful!
1:58-2:02
Solid Edge: Shaping the future of product development.