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Rhino SubD: Organic and Freeform Modeling for Jewelry and Product Designers

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About Course

Discover the power of SubD in Rhino – the game-changing tool for designers looking to create complex, fluid, and organic shapes with ease and maximum precision.

What will you learn in this playlist?

  • SubD Fundamentals: Mastering the transition between “Box Mode” control cages and “Smooth Mode” models.

  • Advanced Modeling Techniques: Building jewelry with a “sculptural” and fluid look that is difficult to achieve using traditional methods.

  • NURBS Integration: How to convert a SubD model into an engineering surface ready for manufacturing and 3D printing.

  • Efficiency Tips: Using shortcuts and unique SubD tools to streamline the design process.

These tutorials are suitable for designers already familiar with Rhino who want to add the ability to “sculpt” digital models intuitively to their toolkit.

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Course Content

Organic Ring Modeling | SubD Torus Technique
In this lesson, we will learn the fastest way to create a SubD ring using the Torus tool. We will cover how to control the number of faces during the initial creation stage, how to create precise duplications, and how to bridge bodies to achieve a smooth design flow.

  • Organic Ring Modeling | SubD Torus Technique
    00:00

Introduction to Ring Modeling | SubD Method
In this lesson, we will dive deep into the SubD tools in Rhino. We will learn the correct workflows through a practical project of designing a Signet Ring—starting from the initial outlines to a full 3D model ready for production.

Organic Loft Loop Ring Design | SubD
In this lesson, we will learn how to use one of the most powerful tools in Rhino | the Loft command | in combination with the world of SubD.

Organic Forest Ring Modeling | SubD MultiPipe
In this lesson, we will learn how to create branched and organic structures that resemble forest branches or roots. We will cover advanced use of the Curve from 2 Views command to create complex 3D curves, and utilizing the powerful MultiPipe tool to transform a network of lines into a single, continuous, and fluid SubD body.

Modern Twist Ring Design | SubD Sweep
In this lesson, we will learn how to create the classic Twist ring | in a modern and organic version. We will use the Sweep 2 Rails command to build a surface based on two paths and a variable profile, and learn how converting to SubD refines the twists and creates a perfect flow that is difficult to achieve with traditional modeling.

Organic Twist Ring Modeling | SubD Flip Technique
In this lesson, we will learn an advanced technique for creating a perfect Twist by flipping the surface. Instead of modeling the twist manually, we will learn how to build a base surface using the Sweep 2 Rails method, perform a 180-degree flip/twist manipulation, and convert it to SubD to achieve a completely fluid, smooth, and symmetrical result.

Helix Signet Ring Design | Quad Remesh | SubD
In this lesson, we will learn how to create a complex Signet Ring | featuring geometric and symmetrical elements. We will practice building a curve skeleton using Network, utilizing the Quad Remesh tool to convert bodies into SubD, and creating a unique Helix texture using the Pull command. This lesson combines technical precision with design freedom.

Organic Solitaire Ring Modeling | SubD
In this lesson, we will learn how to design the most classic of rings | the Solitaire | in a modern and fluid version. We will focus on creating seamless connections between the ring body and the stone setting, and we will see how to use SubD tools to "sculpt" the stone support in a way that feels like an integral part of the entire design.

Organic Bracelet Design | SubD MultiPipe
In this lesson, we will step beyond the boundaries of ring design | we will learn to design a bracelet with a sculptural and organic presence. We will use the powerful MultiPipe tool to transform a complex wireframe into a single continuous shape, learn how to polish and soften the structure using SubD, and achieve a unique model ready for professional rendering and presentation.

Solitaire Heart Ring Modeling in Rhino | SubD
In this lesson, we will tackle a design and technical challenge: setting a heart-shaped stone within an organic ring body. We will learn how to design the prong array to securely hold the stone while preserving the heart's soft lines, and use advanced MultiPipe and Sub D sweep techniques to connect the setting to the ring shank in a fluid and surprising way.

Modeling and Setting a Flower Ring | SubD Flower Setting
In this lesson, we will learn how to create jewelry inspired by the natural world. We will begin by modeling a single petal from a simple SubD surface, learn techniques for inflation (Offset) and softening shapes, and see how to duplicate and connect the petals to create a complete and impressive flower setting around a central gemstone. This is a must-watch lesson for anyone looking to give their jewelry a poetic and unique look.

Modeling Geometric Bodies | Creating Polyhedra Structures in Rhino
In this lesson, we will dive into the world of sacred geometry and complex structures. We will learn how to create Platonic solids and Polyhedra with perfect symmetry, and use advanced commands to transform geometric surfaces into 3D wireframe meshes. We will see how combining mathematical precision with SubD tools allows for the creation of lightweight, airy architectural structures suitable for modern and extraordinary jewelry.

Digital Curation: Where to Find and Download Free 3D Models?
The world is full of ready-made models | How to find and prepare them for jewelry? In this short lesson, we will learn where to look for high-quality models (such as hands, sculptures, or elements from nature), which formats are best for downloading (STL / OBJ), and what is important to check before downloading a model to ensure it is suitable for working with QuadRemesh in Rhino.

Designing a “Hug” Ring from an Existing Web Model
Working with External Models | QuadRemesh | Connecting to the Ring Shank In this lesson, we will learn how to work with external models downloaded from the web. We will practice the QuadRemesh process to transform a heavy Mesh model into lightweight and flexible SubD geometry, and learn how to connect the object (in this case, hands) to the ring shank in a clean and professional manner.

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