Fillet and Chamfer (3-D)

3-D Standard > Process > Fillet+Chamfer

Chamfers, like fillets, are also frequently required for fine-shaping parts.

HiCAD features completely reworked algorithms based on the new NURBS kernel for all kinds of use cases, with significantly increased functionalities, stability and performance. We have focused on globally valid algorithms based on results of the latest research, which enable the user to perform even most complex design task effortlessly. This becomes particularly evident when working with the new filleting functions. The new filleting algorithms do not only support many different user options, but also offer a large variety of other possibilities such as Global Rolling Ball Blends, simultaneous filleting, or complex connections. The creation of variable, "cascading" fillets while retaining the body edges is also possible, as well as many other special processings.

 

The following functions are available:

 

Fillet

Fillet

Fillets edges and facets either constantly or variably

Fillet, Change radius

Changes the radius of a fillet

Fillet, Rework corners

Processes individual corners at which three edges or three or more chamfers, chamfers, fillet surfaces or polyhedral fillet surfaces converge.

Polyhedral fillet, Constant

Fillets edges using polyhedral surfaces.

Polyhedral fillet, Variable

Fillets edges using polyhedral surfaces. You can select a different fillet radius for each corner point.

Chamfer

Chamfer

Chamfers edges, facets, corners.

Chamfer, Chamfer point

Direct chamfering of three or more edges converging in one corner. The edges is automatically reworked appropriately.

Chamfer, Delete chamfer/fillet

Deletes fillet and chamfers via identification of two edges.

 

Please note:

Model and Process Parts (3-D)

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Version 2302 - HiCAD 3-D
Date: 30/10/2018

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