How to Design of an orange juicer using SolidWorks скачать в хорошем качестве

How to Design of an orange juicer using SolidWorks

Designing an orange juicer using SolidWorks, a powerful 3D CAD software, involves several steps to create a detailed and manufacturable model. Here are the general steps to design an orange juicer Step 1: Create a New SolidWorks Project: Open SolidWorks and create a new project or file. Step 2: Define the Juicer's Main Structure: 2. Start by sketching the general structure of the juicer. This includes the body, the cone-shaped juicing head, and the collection container for the juice. Step 3: Design the Juicing Mechanism: 3. Create the mechanism responsible for extracting juice from the orange. This usually involves designing a rotating cone or reamer that presses the orange against a perforated surface to extract the juice. Step 4: Add a Handle or Mechanism for Rotation: 4. Design a handle or a mechanism that allows the user to rotate the juicing cone easily. This component should be ergonomic for comfortable use. Step 5: Incorporate a Collection System: 5. Include a system for collecting the freshly squeezed juice. This may involve a funnel or channel that directs the juice into a container or a spout. Step 6: Consider Safety Features: 6. Integrate safety features, such as a locking mechanism to secure the juicer during operation and minimize the risk of accidents. Step 7: Apply Materials and Textures: 7. Assign appropriate materials and textures to the juicer's components. For example, you can apply stainless steel textures to metal parts and plastic textures to handle components. Step 8: Assembly (Optional): 8. If the juicer design involves multiple components that need to be assembled, create an assembly file and insert individual parts into it. Ensure proper alignment and fit. Step 9: Simulation and Testing (Optional): 9. Use SolidWorks' simulation tools to test the juicer's functionality, such as verifying the pressure exerted on the orange and the efficiency of juice extraction. Step 10: Create Technical Drawings: 10. Generate detailed engineering drawings that include dimensions, tolerances, and assembly instructions. These drawings are crucial for manufacturing. Step 11: Rendering (Optional): 11. If you want to create realistic images of the juicer, set up lighting, camera angles, and rendering settings to produce high-quality renderings. Step 12: Save and Export: 12. Save the SolidWorks project and export the 3D model and drawings in the required formats for further use or manufacturing. Throughout the design process, keep usability, safety, and aesthetics in mind to create an orange juicer that not only functions effectively but is also visually appealing and user-friendly. SolidWorks provides a comprehensive set of tools for detailed 3D modeling and design, making it an excellent choice for creating complex products like juicers. ◀ Thank you for watching 😍 ◀ Do not forget to subscribe the channel ❤ and like (👍) and share the video ◀ Programs used for editing 📸 ● (Adobe Photoshop 2021) in the thumbnail ● ( Blender - ZD Soft Screen Recorder - sony vegas-ArchiCAD-Lumion 3D-SolidWorks ) Facebook :   / eng.encyclopedia   Instagram :   / engineering_encyclopedia_3d   Twitter :   / 3dencyclopedia   LinkedIn :   / engineering-encyclopedia   Telegram: https://t.me/joinchat/JkUh1ZD3NFBlOTRk Hashtags Engineering Encyclopedia #Engineering_Encyclopedia #3D_Printer #FDM #Course #ArchiCAD #SolidWorks #AutoCAD #Inventor #Lumion3D #blender #eng_mohammad_wardeh Design Prudaction and design Solidworks Deisgn 3D Printer