Button Injection Moulding

Button Injection Moulding

grabcad

Here's a simulation of a button injection molding process using SOLIDWORKS: In this tutorial, we'll explore how to create an animated simulation of a button being molded using SOLIDWORKS. First, let's open up the software and create a new project. We'll start by creating a 2D sketch of the mold design. Using the "Sketch" tool, draw a rectangle with rounded corners to represent the mold cavity. Next, we'll add a fillet to smooth out the edges of the rectangle. Now that we have our mold design, let's create the part that will be molded. In SOLIDWORKS, go to "File" > "New" > "Part." Name your new part and click "OK." Using the "Extrude" tool, extrude a circle from a sketch of the button shape. To simulate the injection molding process, we'll need to create a mold assembly. Go back to your design tree and right-click on the part you created earlier. Select "Mold Assembly" from the context menu. In the Mold Assembly dialog box, select the type of mold you want to create (e.g., two-plate or three-plate). Once you've set up your mold assembly, go back to your design tree and right-click on the part again. This time, select "Simulation" > "Injection Molding." In the Injection Molding dialog box, select the type of injection molding process you want to simulate (e.g., cold runner or hot runner). Next, set up the simulation settings by specifying the material properties, temperature, and pressure conditions for the mold. You can also add a cooling cycle to simulate the time it takes for the part to cool. Finally, click "Run Simulation" to start the animation. The resulting animation will show the button being molded in real-time, complete with flashing lights and other visual effects.

Download Model from grabcad

With this file you will be able to print Button Injection Moulding with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Button Injection Moulding.