Home tab in the Model template This ribbon tab has the tools to construct 3D features. Further, the the fractional digit are limit to 3 but sometimes the postprocessing gives me 4 fractional digits. Then you create the program using feature-based machining. The tool position may be updated several times during a motion, but … Before you can use the machine tool model during the manufacturing session, you need to do the following: Define the machine tool assembly — Using the Assembly functionality, define the machine tool geometry model as an assembly part file. You will also learn to convert an existing part geometry into sheet metal part. There are two methods to build assemblies: Bottom-up and Top-down. Additional Features and Multibody Parts 7.
You also create flat patterns and 2D sheet metal drawings. You learn how to use the Operation Navigator and how to perform common screen interactions. You create Drawings of the parts and assemblies. File Menu The File Menu appears when you click on the File icon located at the top left corner of the window. Then you learn how to create and edit postprocessors with Post Builder and download postprocessors. To access the tutorials, click on the Manufacturing Tutorials option beneath the Help button. After learning the basics, you can learn additional sketching tools, feature modeling tools, expressions, sheet metal modeling, some advanced assembly techniques, drawing annotations, and simulation basics.
Home tab in Sketch Task environment This ribbon tab has all the sketch tools. You can modify these shapes individually. Also, you will learn about the user interface. This book also introduces you to the general principles of 3D printing including a brief history of 3D printing, the types of 3D printing technologies, commonly used filaments, and the basic procedure for printing a 3D model. Aaron resides in Southern California with his family. Extrude and Revolve Features 4. Various tabs of the ribbon are: Home tab This ribbon tab contains the tools such as New, Open, Help, and so on.
You will use various sketching tools such as line, rectangle, circle, and so on. View tab This ribbon tab has the tools to modify the display of the model and user interface. Sketches are converted into 3D features such as Extrude, Revolve, and so on. Changing these parameters changes the geometry. In my motion simulation interface, the joint drop down list has revolute and screw in grey and I can't use them, is there any button I didn't turn on or other issue? Estimated time: 60 minutes 5-Axis Bulkhead Machining - This tutorial steps you through the process of creating a multi-axis program for an aerospace part.
A new browser window is opened and displays step-by-step instructions for completing the tutorial. User Interface Various components of the user interface are: Quick Access Toolbar This is located on the top left corner. Work with the following two files to make your customization changes. Estimated time: 30 minutes High-Speed Machining - This tutorial steps you through the process of machining a wheel mold using high-speed machining techniques. In the Bottom-up method, you bring all the parts together and add constraints between them. Estimated time: 20 minutes Die Machining - This tutorial steps you through the process of machining a die.
You explore Synchronous Modeling tools to modify the Part geometry by modifying its faces. Tools tab This ribbon tab has the tools to create expressions, part families, movies, fasteners. Estimated time: 60 minutes Turning - This tutorial steps you through the process of creating a turning program for a single spindle lathe. Analysis tab This ribbon tab has the tools to measure objects. You also mount the part to a 5-axis machine tool and simulate the machine tool movements for the program. The Sheet Metal design chapter covers various tools used to build sheet metal parts from scratch. You can also add placed features sketch less features such as Fillets, and Holes to the 3D geometry.
You will also learn to modify sketches using tools such as trim, extend, fillets, and so on. This method is often called Design … What is it? Do you have any clue about this? Each chapter has components explained with the help of various dialogs and screen images. All you need to do to complete the tutorial is follow each step of the instructions that opened in the browser window. It has tabs and groups. Each chapter has components explained with the help of various dialogs and screen images. You will learn to use some additional modeling tools and work with multi-body parts.
This text is intended to be used as a practical training guide for students and professionals. It has some commonly used commands such as Save, Undo, Redo, Copy, and so on. You explore mirroring and patterning commands to create repetitive features. Click Manufacturing Tutorials beneath the Help option to display the self-study manufacturing tutorials. Estimated time: 60 minutes Mill Turn Machining - This tutorial steps you through the process of creating a multiple spindle mill-turn program. This method requires a part model that was created with features.
You insert part views and add dimensions and annotations to complete the drawing. . I have completed Die Machining 3-axis contoured surface programming techniques. Estimated time: 60 minutes Mold Rework - This tutorial steps you through the process of remachining a damaged area by creating a repair program. Learn to modify part geometry by editing sketches and feature parameters.
You can start a tutorial by clicking on it in the embedded Internet Explorer window. You create turning, milling and drilling operations and manage the in-process workpiece. Simulation Hands on Tutorial 12. We recommend conforming with the master model concept see Creating a …. With this in mind, each lesson introduces a new set of commands and concepts, building on previous lessons. Features are shapes that are combined to build a part. You can see a list of recently opened documents under the Recently Opened Parts section.