Punch Software Shark FX 9.0.11.1210 Win

Info:

Shark FX v9

Experience the Shark advantage in your next product design

3D Modeling

Shark includes a powerful set of 3D design tools for curve, surface, solid, and mesh modeling that includes:

Associative NURBS-based surface modeling with skins, covers, and nets

History Based/Feature Tree for Rapid Iterations

Direct face editing for designing independent of history tree

Constant and variable radius blending and chamfering

Twist, bend, boss, hole, boolean, and shell features

Mass properties and interference checking

Automatic 3D to 2D Drawing Generation

Rendering and Animation

New to v9

New Meshing Tools

Shark introduces a collection of quad mesh tools that enables an alternative conceptual design process based on mesh modeling. One of the advantages of mesh-based modeling is that models can be quickly pushed/pulled into complex shapes, whereas precision solids have some limits in what you can push/pull. The new mesh tools create quad based facets, which are suitable for subdivision as well as converting into precise solids.

Mesh Modeling with Subdivision

Once a model is created using the new meshing tools, smooth the model using subdivision techniques. Smooth subdivided meshes are compatible with 3D printing, conversion to solids, data sharing, rendering, and animation

Subdivision to NURB Tool

The new SubD to NURB tool converts a collection of quad facets into a precise NURB surface or solid providing a unique bridge between two of the most popular methods of 3D modeling. Now you can combine the easy to use features of mesh modeling with the robust tools of precision solid modeling.

Works with mixed triangles and quads

Creates primarily G2 continuous surfaces

Merges similar patches to reduce NURB size

Results export with STEP and IGES

Supgorts downstream solid modeling operations

Integrated Mesh and Solid Modeling

Shark FX uniquely bridges the gap between mesh and solid modeling through its innovative Smart Links technology. Smart Links create intelligent relationships as you design including links between meshes and solids. Modify your base mesh and your subsequent operations such as booleans, blends, and shells update accordingly.