What's New in SOLIDWORKS 2026: AI, Collaboration, and Smarter Design Tools

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Explore SOLIDWORKS 2026 new features: AI-powered design, enhanced collaboration, smarter PDM, and user-driven tools that save time and boost accuracy. What's New in SOLIDWORKS 2026: AI, Collaboration, and Smarter Design Tools The latest release of SOLIDWORKS is here, and it’s packed with powerful innovations designed to accelerate your design process, enhance collaboration, and simplify complex tasks.  SOLIDWORKS 2026 new features  are heavily focused on integrating artificial intelligence and implementing hundreds of user-driven enhancements to streamline your entire workflow—from initial sketch to final production. This article breaks down the top enhancements, with a special focus on the groundbreaking  AI in SOLIDWORKS , the robust data management in  SOLIDWORKS PDM 2026 , and the seamless connectivity of  SOLIDWORKS Collaboration 2026 . SolidWorks 2026 Guide for Beginners: A Step-by-Step Journey to Mastering CAD Design and Engineering Techniques Harness the...

Spray Nozzle Design in SolidWorks | SolidWorks Tutorial

 Spray Nozzle Design in SolidWorks | SolidWorks Tutorial

Designing a spray nozzle in SolidWorks is an excellent project to enhance your 3D modeling skills. In this tutorial, I’ll guide you through creating a spray nozzle using features like Revolve, Extrude, Revolve Cut, Extrude Cut, and Thread. We’ll also assign suitable materials to complete the design.

Here’s a quick overview of how to design your own spray nozzle in SolidWorks:

Steps to Design a Spray Nozzle:

  1. Create the Nozzle Base:

    • Start by sketching the profile of the nozzle base on the front plane.
    • Use the Revolve feature to rotate this profile around a central axis, forming the cylindrical base of the nozzle.
  2. Add Additional Shapes with Extrude:

    • Sketch the additional details on the front or top plane, such as the nozzle tip or protrusions.
    • Use the Extrude feature to extend these sketches into 3D shapes.
  3. Refine with Revolve Cut:

    • Sketch the profile of any internal or external cuts on the nozzle.
    • Apply the Revolve Cut to precisely remove material around the central axis.
  4. Create Openings with Extrude Cut:

    • Sketch the shapes of holes or slots on the appropriate face of the nozzle.
    • Use Extrude Cut Cut through the material, creating the necessary openings for the spray pattern.
  5. Add Internal Threads:

    • Use the Thread feature to add threads to the inner surface of the nozzle’s base.
    • Choose the correct thread type and size based on your design requirements.
  6. Assign Material:

    • Right-click the nozzle and select Material > Edit Material.
    • Choose a suitable material for your nozzle, such as Plastic, Aluminum, or Stainless Steel.

For a detailed, visual walkthrough, watch my YouTube video where I demonstrate each step with clear, on-screen instructions: Spray Nozzle Design in SolidWorks | SolidWorks Tutorial

By following these steps, you’ll have a precisely modeled spray nozzle ready for your project. This tutorial will help you master key SolidWorks features for personal projects or professional applications.

Happy designing!



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