12/9/2023 0 Comments Solidworks revolve wheels![]() In this scenario, we’ll create a ‘peg-in-hole’ SmartMate, which will result in a concentric and coincident mate. If you prefer to drag your components together and have them magically snap into place, SmartMates is probably more up your alley. The supported mate types are all standard mates (Concentric, Coincident, Equal, etc), as well as some advanced mates (Profile Center, Symmetric, and Width) and some mechanical mates (Cam and Slot). Simply hold down Ctrl and select the two entities you wish to mate. Quick MatesĪnother way is to pre-select the faces you’re creating a mate for, without having to be in the Mate menu. In some instances, certain mates will require you to select the mate first, before selecting the entities to mate, such as the Width mate under the Advanced Mates. ![]() TIP: Use the Alt key to temporarily hide a face when you need to select through it. If it’s the correct one, press the green check to accept it if it isn’t, select the mate you’re looking for and accept it. Based on the selections, SOLIDWORKS will guess which mate you’re trying to create. Next, select the second entity you want to mate to. It also may turn transparent, if ‘Make first selection transparent’ is turned on the very bottom. Once you’ve selected the Mate feature, you can select the first entity to mate. The first way we learn to mate is with the Mate icon (it resembles a paper clip) in the Assembly menu, on the CommandManager. We’ll discuss how we can use the Mates menu, Quick Mates, and SmartMates to get you up and running. One of the great benefits of SOLIDWORKS is that there are multiple ways to accomplish the same result, and that also goes for mating! Once you’ve inserted your components (via "Insert Components", dragging and dropping, etc), let’s move on to mating. Then add some more sketches like below.Įxit your sketch and you should have a great looking train wheel that was cut realistically like it would be with a milling machine.So, you’ve successfully learned how to build your part and now you're ready to create your first assembly. Right click on your revolved cut feature on the right side and select edit sketch. That can also be done with the same revolved cut! Maybe we could also lighten up the weight of the wheel by cutting out extra material too. That's ok, but we also need a hole to put axel through. SolidWorks may automatically select the correct axis and profile, but you may have to select your Profile where it asks for a sketch to be selected and then select your axis of rotation by clicking on the box for the axis, and then clicking on your axis. Now click the Feature tab and this time click the Revolved Cut button. ![]() This line will not be used to cut anything since it is just a reference line, but it will be used as the axis of rotation for our Profile. Draw a centerline in the right plane across the center of your part. Now zoom out so you can see the origin and click the Centerline button from the We want to leave some material on the right for the "lip" of the wheel to hold it against the track and cut out the rest of the wheel so the track fits inside. Using the smart dimension tool, dimension the lines as shown by clicking on the endpoints of lines. Now using the line sketch button, create lines roughly as shown in the picture below by clicking at a start point, then the next few points. select the sketch button and zoom in on the right side of your part so you can see detail. First right click the right plane because this is the plane that is perpendicular to our part. You now have the base part that would be cut by a machine in real life! Now we will make the cut that will lock the train wheels to the tracks. Let's make the extrude 5 inches so that we have plenty of material to cut from. The Feature will now be created and you will see your base material. Now click the features tab and the Extruded Base button. Your sketch is probably off the screen now so use the view button to bring it back into view. Let's make it 33 inches which is average for small trains in America. Once it is placed, double click on the number to change the dimension. move the mouse and the click to place your dimension. Now click on the Smart Dimension button and click on the edge of your circle. Click the orgin of the drawing and move the mouse out and then click when you are satisfied with your circle. Now on the sketch tab that has appeared, select the center circle, or from the dropdown menu next to the circle, choose the center circle sketch option. ![]() Open SolidWorks and start a new part file.įirst open a sketch on the front plane by right clicking on the front plane and selecting the sketch symbol. In some cases, it's better to use the revolve cut feature instead of a normal revolve, because in the real manufacturing process, you will start with a body of material and cut your product from it.
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