Autodesk Inventor 2022 - Complete Course > Sketcher Module

Working Plane and Axis

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Overview
In this video, we will learn about what working plane and axis is in Autodesk and how to use the Autodesk inventor's working plane and axis. For the design, analysis, and simulation of mechanical systems, Autodesk Inventor is a 3D design tool. The CAD software programme Autodesk Inventor is used to create and simulate mechanical systems. In the production process, 3D models, drawings, and other engineering documents are produced mostly using Autodesk Inventor. The Autodesk inventor working plane is a tool for 3D modeling and drafting. It is a software that can be used to create 3D models and drawings of objects. The working plane is used to define the drawing plane in which the object will be drawn. The Autodesk inventor working plane has many functions that are essential for the design process, such as drawing, modifying, viewing, and printing objects. The working plane can be moved by dragging it on the screen or by using keyboard shortcuts. Putting it in an easy way, the inventor's working plane is the surface on which objects are built. The Autodesk inventor work axis is the line around which an object rotates. Autodesk inventor has many features that make it easier for designers to create their products. Some features are the ability to measure distances and angles on the drawing plane, having a grid system on the working plane, and being able to draw shapes with various constraints. The Autodesk inventor working axis and working plane feature is a way to quickly create a new sketch. The steps to use the Autodesk inventor working axis and working plane feature are as follows: 1. Draw a rectangle on the workplane, then click on the workplane and select "Create Plane." 2. Once you have drawn your rectangle, click on it and select "Axis" from the drop-down menu. 3. The axes will be drawn in red lines, click on them to change their orientation or length. 4. Clicking anywhere outside of your rectangle will remove the axes from this sketch. Most people are familiar with CAD software that is used to create 3D models. But Autodesk Inventor also has a working plane and axis feature that can be used to calculate the length of an object. This is a great tool for those who need to work on projects that involve distances and measurements. It is also a useful tool for architects and engineers who need to measure the dimensions of their building plans before they start construction.
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A working plane is a type of 2D sketching tool in Autodesk Inventor that allows you to draw sketches with a variety of shapes and the ability to change the color, size and shape. These planes are then used for creating 3D models.

Make axes for your work. Click the 3D Model tab Work Features panel on the ribbon. Then select the proper shape for the type of axis you wish to make. Axis.

Switch the visibility to on in the Object Visibility area to enable it. From the Plane drop-down option, choose Tangent to Surface and Parallel to Plane. To make the work plane, select the XY Plane's edge and the tangent face of the curved surface. On the work plane, begin a fresh sketch.

The following forms of geometry can be used to make a work axis: 1 A straight line. 2 A line for drawing. 3 A line drawn in three dimensions. 4 A line and a plane are used to make a work axis that is parallel to the line projected onto the plane along the plane's normal.

The Autodesk Inventor working plane is a 3D model that you can use to create, modify and view your design in a real-time environment. It's the perfect tool to visualize your design before you start manufacturing it. It is a 3D model that you can use to create, modify and view your design in a real-time environment. It's the perfect tool to visualize your design before you start manufacturing it. It is also an interactive 3D model that allows the user to create, modify and view their designs in real time. The user can also export their designs as STL files for printing or CNC machining.

The Autodesk inventor working plane is a 3D design software that helps you to create and manage designs. It has a number of features that help make the process of designing more efficient. Some of these features are: The ability to import and export files from other programs such as Adobe Illustrator, Microsoft Office, or Sketchup; The ability to use different types of units such as millimeters, inches, centimeters, and points; The ability to create different types of views including an orthographic view which is an xy plane that is parallel to the screen; and finally The ability to use multiple cameras for viewing your design from different angles.

Autodesk inventor work axis is a 3D modeling software that is used by many different industries to create, modify, and analyze 3D designs. The Autodesk inventor work axis software has a variety of features that allow users to create, modify, and analyze their designs. The user can import 3d models in the form of STL files or DXF. They can also import 2d drawings in the form of DWG files.

Autodesk inventor copy sketch to another plane is a process of copying an existing sketch on one plane and pasting it onto another. The process can be done in two ways: by selecting the sketch and then choosing the "copy sketch to other plane" option from the "copy" menu or by using a shortcut key.

Autodesk inventor work axis is a 3D modeling software that has been designed for the industrial design process. It is a CAD software that can be used to create, modify and document three dimensional designs. Some of the benefits of using Autodesk inventor work axis include: It helps in creating accurate and precise models It has an intuitive interface It offers various features like face editing, parametric modeling, and built-in 3D printing support.

The Autodesk inventor work axis has been used by a lot of professionals such as engineers, architects, designers etc. It has been used by them because it provides them with all the features they need to design their products.

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Useful

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Thx for your job, Mr.Bhavsar!

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Learning experience is superb, i recommend to every beginner inventor learner should join the class, Mr Bhavsar explaining all the detailing is very simple and easy to understand

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Thank You Sir. Its's really helpful for me

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sir how can i get resources

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Good Explanation and usefull

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GOOD EFFORT THANK YOU.

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Course Content

  1. Introduction to Autodesk Inventor
    6m 34s
  2. Installation of Autodesk Inventor Professional 2021
    4m 17s
  3. What is CAD
    10m 26s
  4. User Interface of Autodesk Inventor
    11m 39s
  5. Unit Selection
    5m 49s
  6. Inventor Project Files
    11m 34s

  1. How to Active Sketcher Module
    2m 13s
  2. Working Plane and Axis
    9m 34s
  3. Creating Lines
    12m 50s
  4. Creating Circles and Arcs
    12m 22s
  5. Creating Rectangles and Polygon
    10m 31s
  6. Creating Splines and Ellipses
    10m 39s
  7. Creating Slots
    9m 55s
  8. Creating Fillets and Chamfers
    5m 57s
  9. Sketch Features and Editing Tools
    20m 29s
  10. Creating Sketch Patterns
    6m 22s

  1. Creating Geometric Constraints
    18m 38s
  2. Creating Dimensional Constraints
    9m 28s
  3. Sketch Practice 1
    9m 46s
  4. Sketch Practice 2
    13m 36s
  5. Assignment of Sketch Constraints and Dimensions
    4m 4s

  1. Extrude Feature
    16m 24s
  2. Revolve Feature
    13m 55s
  3. Sweep Feature
    10m 30s
  4. Loft Feature
    14m 22s
  5. Coil Feature
    10m 2s
  6. Emboss Feature
    9m 19s
  7. Hole Wizard
    10m 31s
  8. Fillet and Chamfer
    11m 40s
  9. Rib and Draft
    15m 10s
  10. Shell and Thread
    7m 47s
  11. Combine and Thicken
    8m 4s
  12. Split, Direct, Delete Face
    12m 17s
  13. Patterns
    15m 58s
  14. Decal, Import and Unwrap
    13m 42s
  15. Work Features
    18m 29s
  16. Applying Appearances
    10m 6s
  17. Connecting Rod Exercise
    19m 50s
  18. Knuckle Joint Exercise Part - 1
    20m 5s
  19. Knuckle Joint Exercise Part - 2
    17m 32s
  20. Assignment of Part Modeling
    7m 19s

  1. Knuckle Joint Assembly with Angular Constraints and Symmetry Constraints
    31m 10s
  2. Motion Constraints
    18m 39s
  3. Transitional Constraints
    7m 6s
  4. Constraint Set
    8m 7s
  5. Place Joints
    22m 13s
  6. How To Create Bill of Material
    8m 49s
  7. How to Copy Assembly
    9m 32s
  8. Assembly Patterns
    9m 24s
  9. Assembly Mirror
    5m 40s
  10. Create New Components in Assembly Environment
    13m 58s
  11. Content Center
    8m 59s
  12. Exploded View Presentation
    5m 53s
  13. Animations
    8m 16s
  14. Practice :1 - Crane Hook Assembly
    20m 50s
  15. Assignment of Assembly
    6m 44s

  1. Introduction to Sheet Metal Rules
    17m 38s
  2. Working with Flange Tools
    12m 57s
  3. Working with Contour and Lofted Flange, Contour Roll, Hem Tools
    21m 25s
  4. Bend and Fold Features
    7m 1s
  5. Unfold and Refold Features
    6m 25s
  6. Cut, Corner, Radius and Chamfer Features
    8m 31s
  7. Corner Seam
    8m 50s
  8. Punch Tool
    10m 3s
  9. LCD Mount Exercise Part - 1
    21m 34s
  10. LCD Mount Exercise Part - 2
    12m 50s
  11. LCD Mount Exercise Part - 3
    22m 45s
  12. LCD Mount Exercise Part - 4
    17m 46s
  13. Assignment of Sheet Metal Module
    4m 34s

  1. Creating a New Drawing
    9m 41s
  2. Base and Projected Views
    4m 41s
  3. Additional Views
    13m 2s
  4. Manipulating Views
    10m 2s
  5. Drawing Annotations
    15m 23s
  6. Revision Tag, Surface Finish and Welding Details in Drawing sheet
    16m 8s
  7. How to Add Bill of Material in Drawing Sheet
    12m 15s
  8. Annotation of Sheet Metal in Drawing Sheet
    8m 39s
  9. Drafting of Fork Eye End Exercise
    16m 37s
  10. Drafting of Eye End Exercise
    8m 35s
  11. Drafting of Knuckle Pin,Collar and Taper Pin Exercise
    17m 5s
  12. Drafting of Knuckle Joint Assembly Exercise
    11m 55s
  13. Assignment of Drawing Module
    3m 22s

  1. Inventor Studio
    25m 27s
  2. Assignment of Inventor Studio
    2m 30s

  1. Swivel Plate
    14m 36s
  2. Screw Bar
  3. Back Plate
    19m 6s
  4. Pivot Pin and Swivel Screw Pin
    8m 15s
  5. Clamping Screw ,Tool Fixing Screw & Spacer Bush
    13m 8s
  6. Handle
    6m 2s
  7. Vertical Slide
    17m 37s
  8. Handle Bar
    8m 32s
  9. Washer and Small Washer
    1m 45s
  10. Tool Holder
    6m 4s
  11. Drag Plate
    6m 33s
  12. Assembly of Shaper Tool Head
    21m 30s
  13. Exploded View of Shaper Tool Head
    10m 43s
  14. Drafting of Back Plate
    15m 29s
  15. Drafting of Clamping Screw, Tool Fixing Screw, Washers and Bush
    17m 55s
  16. Drafting of Swivel Plate
    8m 6s
  17. Drafting of Drag Plate
    4m 53s
  18. Drafting of Handle Bar and Screw Bar
    9m 53s
  19. Drafting of Handle, Pivot Pin, Swivel Screw Pin
    9m 53s
  20. Drafting of Vertical Slide
    7m 30s
  21. Drafting of Tool Holder
    6m 51s

  1. Course Summary
    3m 26s

  1. Interview Questions
    8m 2s

  1. Career Guideline
    2m 13s
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