When edges of a part are too close to allow for fillets to be created properly, often making use of separate solid bodies can help. Separate features into separate solid bodies. Apply fillets to the individual bodies. Use the Combine command to add the bodies back together. Apply an additional fillet to the part to complete the model.
Walk through the process of starting an electrical route by dragging and dropping electrical routing components into an assembly. Take advantage of auto-routing to connect components. Construct a wire route using the "Start By Drag/Drop" command. Create a route between the endpoints of stub lines with the "Auto-Route" routing mode. Use the "Edit Wires" command to add electrical attributes to a route.
Create and modify splines using spline points, relations, control polygons, and spline handles. Splines can have multiple spline points or as few as two spline points. Sketch with splines. Edit the number of spline points. Modify the shape of splines with relations, control polygons, and spline handles.
Create and edit rigid conduit and wiring routes to connect two electrical receptacle boxes. Understand that the center line of conduit defines the electrical conduit route. Understand that electrical routing components require hybrid components containing CPoints. Use the Auto Route feature to generate route lines. Edit existing route to add desired components.
Create folded hems on sheet metal parts to strengthen parts and eliminate sharp edges. Use the hem tool to edit the size, type, direction, and length of hems. Add folded hems on sheet metal parts. Practice creating hems and editing the type and dimensions.
Navigate through all the documents of your inspection project: Move between pages. Zoom In/Out. Hide or show extracted annotations.
Enter measurement data directly in the SOLIDWORKS Inspection project and compare them with the part specifications: Enter measurements. Quickly identify defects with color-coded information. Export an inspection report that inclodes color-coded data.
Define default tolerance values to ensure manufactured product falls within specification as drawings often don't have explicit tolerance values associated with them: Manually edit tolerance value. Set default tolerances.
Extract information from your 2D drawings using the "Optical Character Recognition" or OCR tool: Read and interpret notes, dimensions and GD&T. Define the operation, classification or method. Highlight key characteristics.
Use sketch relations to fully define a sketch and capture design intent. Learn about automatic sketch relations and sketch relations that you add manually. Add relations between two lines to understand common sketch relations. Add relations between circles and arcs to observe additional sketch relations.
Demonstrate the navigation of the vault within the Windows Explorer interface. Locating the SOLIDWORKS PDM tools. Opening files from the vault.
The Design Library contains a number of sample forming tools, including embosses, extruded flanges, lances, louvers, and ribs. Learn to use these standard tools, as well as to create your own simple custom tools, to meet design needs. Drag and drop standard forming tools from the Design Library to form a sheet metal part. Edit a standard forming tool, customizing it to meet individual design needs. Set the stopping face and faces to remove within a part to be used as a custom forming tool.
Insert driving dimensions into a sketch using the versatile Smart Dimension tool. With a single tool, you can create radial dimensions for arc, linear dimensions between two points, and more. The dimension that appears depends on the entities you select. Insert linear, angular, radial, and other dimensions. Modify dimensions. Move and reattach dimensions.
Demonstrate the creation of a reference between a newly created MS Word file and an assembly. Remove the reference using the custom references functionality.
Create operation plans to define the tools and operations for machining the parts features. Generate operation plans for all machinable features. Review the operations in the CAM Operation Tree. Examine an individual operation strategy, tool selection and operation information. Review and resolve operation warnings.
Create exploded views in multibody parts using some of the same tools that you use to create an exploded view in an assembly. Toggle between exploded and collapsed states. Edit the explode steps. Create more than one exploded view per configuration.
Use the rules panel to link the captured models to the forms you created for data entry. Utilize logic and math operators to define the rules. Drive the output model and drawing by entering parameters into the form.
Lock the focus on a drawing view so it remains active while you work within that view. Add sketch entities and annotations to a view that has the focus locked on it.
Learn how to optimize designs to reduce model weight by varying model dimensions. Apply parameters and constraints to optimize your design to meet goals. Learn how design studies are used with Simulation.
A SpeedPak configuration improves performance of large assemblies by simplifying the assembly without losing its file references. Create SpeedPak configurations. Use SpeedPak configurations in higher level assemblies. Understand the benefits and limitations of using a SpeedPak configuration.
The Hole Wizard feature creates standard-sized holes according to ANSI, ISO, and other international standards. Hole type, size, and placement location are input by the user. Create hole wizard holes. Learn the elements and options of a wizard hole. Create multiple holes in the same feature.
Utilize sheet metal and weldment features in one part using a multibody part. Use fillet and weld beads on sheet metal parts. Create a sheet metal fixture on a weldments part. Use filllet beads and weld beads on a sheet metal part.
Learn how to put the finishing touches on a 3D printed part. Understand how to clean and finish parts. Learn how to assemble parts into one larger part. Understand how to cure parts after printing.
Use the Interference Detection tool to identify any overlap between parts in an assembly. Clearance between parts can also be detected using the Clearance Verification tool. Use the Interference Detection tool to identify interferences between assembly components. Explore the options available within the Interference Detection tool. Use the Clearance Verification tool to identify clearances between assembly components. Explore the options available with the Clearance Verification tool.
