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How to use Configurations in SOLIDWORKS

• Use the Modify Configurations dialog box to create and alter configurations for commonly preset parameters.
• Manually create configurations.
• Use design tables in a Microsoft Excel worksheet to develop and maintain settings. Design tables can be displayed in drawings.

• Views of configurations created in part and assembly documents can be displayed in drawing documents.
• Configurations in part documents enable you to design families of parts with varying dimensions, features, and properties, including custom properties.
• Configurations in assembly documents allow you to create:

• • Families of assemblies with varying component configurations, variable settings for assembly characteristics, varying dimensions, or configuration-specific custom qualities.
  • Versions of the design have been simplified by removing components.

SOLIDWORKS How to use Swept Cut

1. Solid Profile: Material is removed by moving a solid body along a predetermined path. The most common application is for cutting around cylindrical bodies, which is beneficial for end mill modeling.
2. Sketch Profile: A swept cut is created by sliding a 2D profile along the defined route.
3. Circular Profile: Material is cut by moving a circular profile along a predetermined route.

Fusion 360 vs SOLIDWORKS

SolidWorks has long been regarded as a market leader in computer-aided design (CAD) modeling, particularly in the engineering and industrial sectors. Then, in 2012, Fusion 360 was released, offering cloud-based CAD features that have posed a strong challenge to SolidWorks' dominance. They are two extremely comprehensive and powerful 3D modeling programs that may assist you with your daily job, from visualization and simulation to prototype and manufacturing. Both of these CAD systems are utilized for 3D modeling and are market leaders.

How to Copy a Sketch in SOLIDWORKS

1. In the FeatureManager design tree, select the closed sketch.
2. Click Edit > Copy or press Ctrl+C.

SOLIDWORKS Jobs

• Mechanical drafter
• SolidWorks Designer
• Mechanical Design Engineer
• Electrical drafter
• Civil engineer
• Architect
• Industrial designer
• Architectural drafter
• Civil drafter
• Interior designer

SOLIDWORKS Sheet Metal

• Parts should be designed within a collection of parts in an assembly.
• Create 3D solid sheet metal parts and assemblies with SOLIDWORKS.
• Create sheet metal models directly from SOLIDWORKS 3D models or imported CAD models, and automatically enter your own bend radius, thickness, and K-factor.

SOLIDWORKS Composer

• Interactive content
• It is not necessary to have a CAD license.
• Projects can be published in HTML and SVG formats.
• SOLIDWORKS Composer is running concurrently. 
• Quickly Produce Content

CATIA vs SOLIDWORKS

SOLIDWORKS Pack and Go

• Click File > Pack and Go in SOLIDWORKS.
• Right-click a SOLIDWORKS document in File Explorer or SOLIDWORKS Task Pane File Explorer and select SOLIDWORKS > Pack and Go.

SOLIDWORKS Resource Monitor

• GDI handles
  • A limited resource is utilized to draw user interface elements on the screen.
• System memory
  • The entire amount of physical RAM and page file size. This number is known as the Commit Charge in Windows.

How to Divide a Line in SOLIDWORKS

• Silhouette
  • When you need the most outer geometry, employ the silhouette method. It will generate the outline as seen from a given input plane. A face and a plane are required as inputs for this approach.
• Projection
  • When you need to isolate a region by making a face, you use the projection approach. This is useful for employing features like simulation that require faces.
• Intersection
  • The intersection approach comes in handy when working with surfaces that interact with solids. It will draw the line at the point where two faces meet: the dividing face and the target face.

Best Laptop for SOLIDWORKS

Solidworks' website lists some system requirements required to generate complicated models and have the software work and run well on a laptop. Buyers desire a superb Solidworks laptop with incredible performance, great graphics, plenty of storage space, and long battery life. Here are the finest options:

• Dell XPS 13 Touchscreen Laptop

• Acer Predator Helios 300

• Asus ROG Zephyrus S

• MSI WS65 9TM-857 15.6″ Workstation Laptop

• ASUS StudioBook

• MSI GS75 Laptop

• HP ZBook 15 G5

• Lenovo ThinkPad P50 Laptop

• Microsoft Surface Book 3 NVIDIA GeForce GTX

• Dell Precision 5760

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How to Change Units in SOLIDWORKS

• In a single Simulation plot
• For any new SOLIDWORKS Simulation studies created after the Default Options units have been changed
• In a SOLIDWORKS Simulation feature

SOLIDWORKS Question and Answers

•  Select File > Print. Select All sheets, the current sheet, or Sheets under Print range in the dialog box, then input the sheets you want to print.
• Click Page Setup under Document Printer.
• Under Resolution and Scale in the Page Setup dialog box, choose Scale to fit to print the full sheet on the page or choose Scale and enter a value.
• Press OK.
• To print the document, click OK once again.

• Make a fresh sketch.
• Draw a circle with a line passing through the center of the circle.
• Remove a portion of the circle’s one side, leaving the main drawing line intact.
• Make a Revolve Base or Boss.
• Set the direction angle to 360 degrees.
• Recognize the feature.

1. Select Cone > Draw > Solids (or type Cone). Set the following choice for the cone’s base: ⇒ Center point base: A. To specify a center point, click in the graphics area or write the 3D coordinates. B. Click or enter a radius value in the graphics area. Alternatively, select the Diameter option and either click in the graphic area or write a diameter value. ⇒ Enter the 3Point option. A. 3-point base B. To specify the three spots, click in the graphics area or type values. ⇒ The 2Point option is entered.
2.  2-point diameter base  To specify the first and second ends of the diameter, click in the graphics area or type values. ⇒ Enter the tangent, tangent, radius (TTR) base choice. A. Choose a point for the first and second tangents on a circle, arc, or line. B. Enter a radius value. ⇒Enter the Elliptical choice. Elliptical base: To specify the axis endpoints and the length of the other axis, click in the graphics area or type values. The center point, terminus, and other axes can be specified by clicking in the graphics area after selecting the Center option. You can also type the center point’s 3D coordinates.
3. To adjust the cone height, either click on the graphic or type a value. – or –  Select the Apex option, then either click in the graphics area or enter the apex point’s 3D coordinates by typing.

1.  Open a model in SOLIDWORKS Visualize Professional and select Tools > Render or Output Tools from the main toolbar.
2. Click PowerBoost in the Render Settings section of the Output Tools dialog box. The name of the cluster appears.
3. Choose your render mode. You can choose Quality and input a number of Passes, or you can set a time restriction. For the majority of render workloads, the default of 500 passes is sufficient. 
4. Choose Send to Queue to start rendering later. Until you select Start Queue in the Queue Client, the job is delivered to the SOLIDWORKS Visualize Queue and does not finish. 
5. When you’re ready to start rendering, choose Show Progress to see how far along you are. Finally, select Start Render. To halt the rendering, click Pause, Save Now, or Cancel.

• Right-click the Annotations folder in your FeatureManager Tree and choose Show Feature Dimensions. This will cause every feature’s dimension to be displayed around the part in the design space. 
• You can hide any dimensions that aren’t required by right-clicking on them in the design space and choosing Hide. This will allow you to keep a set number of dimensions. If you don’t see the Hide option, you can hide multiple items at once by pressing Ctrl + selecting all irrelevant dimensions before choosing Hide. 
• You must once again show all dimensions for the feature by right-clicking it in the FeatureManager Tree and choosing Show All Dimensions in order to see a dimension that has been concealed.

1. Select a Top Plane  Select a top plane and begin  Draw a circle with a diameter of 3,60 mm, then select Helix Spiral under *Curves* under Features. There will be 13 revolutions at a pitch of 2 mm.
2. Sketch and Draw *After selecting Front plane, draw a center line starting at the bottom and working your way up.  Next, draw a line, select a 3-point arc, and then create two half-circles. Next, draw a center line as shown in the picture. : 45 degrees.
3. Close the sketch after selecting Smart Dimensions.
4. Open the 3D sketch. Draw a line as seen in the image using Spline. 
5. Choose Spline & Line *After choosing Spline & Line, choose Tangent while holding down the Ctrl key. View the image.
6. Redraw the sketch *seal it. Select the front plain and create the opposite side.
7. Open a 3D Sketch *After finishing the sketch, start a 3D Sketch. Draw a line with Spline. Look at STEPs 4 and 5. 
8. Composite Curve Exit the 3D drawing now, then click Features, Features, Composite Curve (under Curves), select all, then OK. 
9. Select a plane Now select an appropriate plane (Reference Geo. ), then select the Edge and Point as shown in the image. , drawing on that plain.
10. Draw a circle with a diameter of 0,8 mm and then seal the sketch. 
11. Go to Swept Boss Features, choose Swept Boss, then choose the curve and the circle you drew in step 10. 
12. Congratulation! You’re done now.

• Select Plane by clicking on the Reference Geometry toolbar or by selecting Insert > Reference Geometry > Plane. 
• Choose a first reference entity in the PropertyManager. select edge faces vertex.png. s* Based on the entity you choose, the software generates the most probable plane. To change the plane, choose options under First Reference like Parallel, Perpendicular, and so on.
• To define the plane, choose a second reference and a third reference as necessary. The state of the plane is reported in the Message box. To create the plane, the status must be Fully specified. 
• Press check

• Select Merge from the Features toolbar or by selecting Insert > Features > Combine.
• In the PropertyManager, click Add under Operation Type.
• Choose the bodies you want to combine under Bodies to Combine. Bodies can be chosen from the graphics area or the FeatureManager design tree’s Solid Bodies 4. FM solid bodies.gif folder.
• To see a preview of the function, click Show Preview.
• Press OK.

• Starting a new motion study for an assembly
• Open the assembly and choose from the options listed below:
• Create a new motion study by selecting Create New Motion Study from the context menu when you right-click the Motion Study tab.
• Secondly, select New Motion Study (Assembly toolbar).
• The components of the FeatureManager design tree are used to define the MotionManager tree in the new motion study.
• Animation, Basic Motion, and Motion Analysis are the several sorts of motion studies that are accessible. The top of the MotionManager, which is beneath the FeatureManager design tree, has a Type of Research list where you can choose the type of motion study.

•  Launch the most recent SOLIDWORKS version that is installed on your computer. The Start Menu or the Desktop Shortcut can be used for this. 
• Is to choose Deactivate Licenses from the Help Menu.
• Verify the e-mail address is accurate, select Select All from the SOLIDWORKS Product Activation Window, and then click Next.

1. Right-click the Exploded View and select Edit Feature to display the Explode PropertyManager. Click an explosion step from the Explode Steps section. Right-click an explosion step from the Exploded View section and select Edit Explode Step. A handle appears on the component, and the triad appears in the graphics area. 
2. Rearrange the components: *Drag the handle of a component to move it along its axis. Click an axis on the triad, then click Done to adjust the axis along which the component explodes. Although applied along the new axis, the explode distance stays the same. 
3. Adjust the PropertyManager’s options: *Select components to add to the step; *Delete components from the step by selecting Delete from the step’s context menu when right-clicking the step.
4. To undo changes, click Undo. 
5. Press “Done.”

•  Select Sketches under View > Hide/Show. 
• Expand Flat-Pattern and Flat-Pattern(n) in the FeatureManager design tree. Right-click Bend-Lines and select Show.