
Turn your design ideas into reality with Autodesk Inventor, an introductory training that teaches essential part modeling, sketch constraints, and assembly creation using professional design documentation and product simulation tools.
Set up an inventor 2023 project by creating a dedicated folder and a new single-user workspace, then start with a standard part in metric millimetres.
Tour the Autodesk Inventor interface, including the ribbon with tabs, view cube, and visual style options, and learn how sketches and extrusions are organized in the browser.
Create a new part in Inventor, enter sketch mode, and apply constraints such as coincident, linear, concentric, tangent, perpendicular, symmetry, equal, and smooth to define precise geometry.
Create a sketch using line, circle, and arc tools to quickly recreate a 3D object. Apply horizontal, vertical, perpendicular, tangent, coincident, concentric, and equal constraints, and prepare for dimensions in the next video.
Apply dimensions to define the circle diameter and arc radius, add a construction line with a midpoint constraint, and align the center point to the center of mass.
Create a sheet metal plate with a uniform 15 mm thickness by sketching a centered rectangle and two equal circles, finish the sketch, and apply a two-sided offset.
Model a cross link by sketching lines and arcs on the origin plane, applying horizontal, parallel, and coincident constraints, and dimensioning circles. Then extrude symmetrically to complete the part.
Revising a part in Autodesk Inventor, this lecture demonstrates deleting an extrusion, reusing profiles for a cylindrical protrusion, and adjusting dimensions to meet specifications.
Create a new millimeter assembly in Autodesk Inventor, place the plate, crosslink, and blade, then apply mate constraints to origin planes to fully lock the parts in the assembly.
Below is the completed version of the parts and assembly for your reference.
Learn the essentials of sketching, part modeling and assembly in Autodesk Inventor!
Follow along with light to moderate instruction together with exercise files from an Autodesk Expert Elite and Autodesk Certified Instructor.
Autodesk® Inventor® software provides professional-grade engineering solutions for 3D mechanical design, simulation, tool creation, and design communication that help you to make great products, cost-effectively, in less time. With Inventor software, engineers can integrate 2D and 3D data into a single design environment, creating a virtual representation of the final product that enables them to validate the form, fit, and function before it’s built.
Why master 2D sketching?
In the context of CAD, all 3D parametric objects usually starts out as 2D sketches.
When creating technical drawings your 2D sketches ends up very similar to your final drawings.
2D sketches holds the very foundation of your 3D model and 2D drawings.
Why master sketch constraints?
Constraints are the tools that binds and reinforces your sketched geometry.
In a typical machine, constraints are like the nuts and bolts the holds the assembly together.
Without constraints all of our sketched geometries are loose and unstable.
With Autodesk Inventor you will have the power to overcome this challenges:
• Increase innovation while reducing time to market
• Repurpose existing DWG™ design data
• Prepare non-native CAD models for new designs
• Optimize product performance while minimizing physical prototypes
• Rapidly create production-ready drawings for manufacturing
• Collaboration with architects on BIM projects
• Reduce time spent searching for designs for reuse
• Piping and wiring designs take too long to develop
• Multiple CAD systems for design and manufacturing
• Automate processes to satisfy demands for mass customization
By the end of this course, you will have a solid foundation on 2D sketching, understanding of sketch constraints and be enthusiastic in discovering advance techniques in part and assembly creation.