![]() ![]() Use An圜AD to associatively import AutoCAD drawings into your Inventor model. With the geometry imported, use Auto Dimensioning to apply the “easy” constraints like horizontal, vertical, perpendicular, and parallel. Tip: You can copy and paste directly from AutoCAD into Inventor to bypass the wizard. Once it is imported, add dimensions and constraints as if the geometry originated in Inventor. Importing AutoCAD Geometry -Why redo when you can reuse? AutoCAD geometry can be imported into your sketches. It is for when you just want to reference existing geometry edges. Tip: Project Flat Pattern is great for the situations where you do not require the overhead and advanced options of the Sheet Metal Unfold / Refold features. ![]() Project Flat Pattern unfolds a disjointed face or faces into the sketch plane.įigure 2. Think of it as the edges of a section view and your sketch is the section line. Use Project Cut Edges to associate project edges of the model that intersect with the sketching plane. Use the standard Microsoft Windows functions (right click Copy or + C and right click Paste or + V). Using the Windows Clipboard, create copies of sketch geometry pasted into the same sketch, into the same model, or even between parts. Tip: If sliced in the wrong direction, turn off the slice graphics, rotate the model, and try slice graphics again. When the model is in the way, use Slice Graphics to remove everything between you and the sketch plane. ![]() Sketch geometry, especially lines, can provide an easier method for creating work features that are difficult to locate. Offset Workplanes while Sketching -Generate an offset workplane with a sketch in one step by dragging off the desired face with the Create Sketch command active.įigure 1. Related - Taking It to the Next Level: Drawing Automation with Autodesk Inventor with Thomas Fitzgerald Getting Your Sketch Started Using Sketches to Define Work Features An open profile defined by sketched segments, arcs, or splines can define a surface shape or extend to boundaries to close a region. When starting a sketch, you can specify a planar face, work plane, or sketch curve.Ī sketch profile is a closed loop defined by sketched or reference geometry that represents a cross-section of a feature. The sketch becomes the basis for sketched features, such as extrusions, revolutions, lofts, coils, or sweeps, which add volume to the sketched part. ![]() Part models created in Autodesk Inventor start with sketches, which you create by drawing geometric elements such as points, lines, shapes, and arcs. I am always on the lookout for any steps that reduce the time to get things done or that will build stronger, better models. “It’s not what you know, it’s who you know,” as the saying goes, but it’s really both. I've learned many tips and tricks from my many years of using Inventor, both from using the software and from watching and learning from other users. Use the Inventor Sketch environment to sketch, constrain, and dimension 2D geometry. Most 3D models start from a sketch, and are then further defined through sketched and placed features. So it is important to have strong sketching skills. Sketching is the foundation for most of the components modeled. In this article, we’ll explore sketching within Inventor software, including how to build a rock-solid foundation for your models and time-saving tips and tricks to make you more productive. ![]()
0 Comments
Leave a Reply. |