Top 5 Ashlar-Vellum Features to Elevate Your Product Visualization and Presentation Skills

June 06, 2024 3 min read

Top 5 Ashlar-Vellum Features to Elevate Your Product Visualization and Presentation Skills

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Exploring Advanced Topics in Design Software with Ashlar-Vellum

In the realm of design and engineering, the ability to effectively present and visualize products can significantly impact the success of a project. Ashlar-Vellum stands out as a powerful tool for designers and engineers, offering unparalleled capabilities in enhancing visual communication through its suite of advanced features.

Leveraging High-quality Rendering Options

The rendering capabilities of Ashlar-Vellum are paramount for producing high-quality visuals that bring designs to life. These advanced rendering settings allow for the creation of realistic outputs, essential for understanding the product's aesthetic and functional qualities before it enters production. Accessing these settings involves navigating through the software's interface to fine-tune aspects such as lighting, shadow, and reflections, ensuring that the end result closely mimics real-life conditions. To optimize render settings for different types of products, consider the following tips:

  • Adjust lighting intensity to highlight product details or create softer shadows for a more natural look.
  • Experiment with different camera angles to showcase the product from the most informative perspectives.
  • Increase resolution for detailed close-ups, ensuring that textures and materials are displayed with utmost clarity.

Utilizing Dynamic View and Section Tools

Ashlar-Vellum's dynamic view and section tools provide invaluable assistance in presenting complex products. Dynamic views enable designers to create interactive presentations that highlight specific product features or functions, while section tools offer insights into the internal components and assemblies that might otherwise remain hidden. To effectively use these tools:

  1. Identify the key features of your product that you wish to showcase.
  2. Use dynamic view tools to create angles and perspectives that best display these features.
  3. Apply section tools to cut through the model, revealing its internal mechanics or structure.

Implementing Realistic Materials and Textures

The application and customization of materials and textures play a critical role in achieving realistic product visualizations. Ashlar-Vellum facilitates the creation of life-like appearances by offering a wide range of material presets and the ability to import custom textures. This versatility enables designers to mimic real-world surfaces, from glossy finishes to rough textures, enhancing the visual fidelity of their models. Tips for maximizing the potential of materials and textures include:

  • Experiment with scaling textures to ensure they accurately represent the material's real-world characteristics.
  • Adjust material properties such as reflectivity and opacity to match the physical attributes of the product.
  • Import high-resolution custom textures to achieve a unique look or to replicate specific material patterns.

Creating Interactive Exploded Views

Exploded views are essential for demonstrating how a product is assembled or how its components interact. Ashlar-Vellum simplifies the creation of these views, allowing designers to effectively communicate the assembly process or maintenance instructions. To create an exploded view:

  1. Disassemble the product model into its individual components within the software.
  2. Arrange the components sequentially to depict the assembly order or to highlight specific parts.
  3. Utilize animation features to add motion, making the exploded view more engaging and informative.

Integrating with Virtual Reality (VR) for Immersive Presentations

As virtual reality (VR) becomes increasingly prevalent in the field of product design, Ashlar-Vellum offers capabilities to integrate models into VR environments for immersive presentations. This innovative approach allows clients and stakeholders to experience the product in a simulated environment, providing a deeper understanding of its size, scale, and functionality. Preparing models for VR involves:

  1. Exporting the model in a VR-compatible format.
  2. Optimizing the model's resolution and textures to ensure smooth performance in a VR setting.
  3. Utilizing VR platforms and tools to present the model in an immersive environment, enabling interactive exploration.


In conclusion, enhancing product visualization and presentation using Ashlar-Vellum’s advanced features not only elevates the design process but also significantly impacts the product's market success. Designers and engineers are encouraged to experiment with these tips and techniques to refine their communication and presentation skills, ultimately leading to more compelling product showcases that captivate and inform their audience.

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