Jewellery Design in Rhino

Name: Jewellery Design in Rhino
Rating: 4.1 (442 reviews)

Fundamental Jewellery Designing Techniques in Rhino 3D

Created byHamed Arab

Last updated 3/2022

English

English [Auto],

What you'll learn

Learn Rhino from basic
Design CAD models within the metrics of scale, proportion and element relationships
Get to know Jewellery standards and techniques for designing jewellery in CAD software.
Increase ability to work as a Jewellery CAD designer or Jewellery CAD Technician in jewellery companies or be self-employed

Course content

11 sections • 45 lectures • 5h 12m total length

Introduction1:07
Explore jewellery design in Rhino by practicing diverse modeling techniques, using tools to create pieces, mastering stone settings, and exploring workflows to discover what works best for you.

Interface3:57
Navigation5:24
Layers7:47
Object Snap ( OSnap)4:00
Master object snap in Rhino to draw precise lines and shapes by snapping to end, middle, center and other points, toggle snaps on/off, and create circles and polygons accurately.
Gumball4:24
Master the Gumball tool in Rhino to move, rotate, and scale objects using axis handles on x, y, and z. Switch to perspective shading and undo edits.
Rhino's Templates3:14
Rhino Options3:44
How Import and Export Options?1:45

Diamond Anatomy1:51
In this video, Different part of a brilliant-cut diamond will be explained. At the end of the lesson, you
know names of the different part of a gem.
Flush setting principles3:27
In this video, you will get to know about the Flush setting.
This type of stone setting is ideal for spraying a cluster of stones of different sizes, as well as for use as a focal point or centre stone.
You will know about principles and minimum measurements that are needed to make Flush setting jewellery in CAD software.
Drawing Ring Rail and Cros-section3:52
Making a ring by using a cross-section and a ring rail2:26
In this video, you will learn how to create a ring by using a ring rail and a cross-section. Also, you will learn about Sweep 1 Command.
Making Flush Setting Cutter7:13
Setting Gems4:03
Boolean5:58
Master boolean operations in Rhino, including union and difference, to combine and cut surfaces, adjust ring thickness, and create precise jewelry models.

Picture Frame6:08
In this video, you will import an image into the programme and use it as a reference.
Curves Drawing7:45
Drawing inside Curves7:37
Extude1:11
Select the first object, extrude 0.6 millimeters on each side to form the ends, disable the background layer to view the middle part of the Penda and interconnect at 1.2.
Create the main body10:05
Mirror wings7:34
Modelling Other parts8:22
Create jump rings and related components in Rhino, adjusting diameters and inner pipes to refine the design. Mirror parts to the opposite side and fine-tune placements for symmetry.
Prong (Claw)_setting14:00
Learn to create a prong (claw) setting in Rhino by building a gallery around the pavilion, adding multiple prongs, and shaping a secure, dome-topped setting for a 2 mm gemstone.
Gem Setting16:45

Eternity Band_Start9:53
Learn to design a channel setting for an eternity band in Rhino, placing princess-cut stones between walls, with precise diameter, wall thickness, and even spacing.
Eternity Band_Bridge3:24
In this video, we are going to create bars under the stones to connect the opposing channel walls.
Eternity Band_Boolean2:10
In this video, we are going to use the Boolean tool to make a solid and union object.

Introduction0:21
Learn to design a signet ring in Rhino by using nets to build a surface from crossing curves, as an introductory guide to jewellery design.
Creating curves18:08
Create and refine jewelry curves in Rhino by setting up layers, drawing circles with specific diameters, and using the gumball to position points, then adjust with control points and mirror.
Creating profiles6:03
Creating the surface by using Networksrf command9:43
In this lesson you will get familiar with on of the most useful commands in Rhino for making different types of jewellery.
How to make a solid object16:09
Cap the surface, duplicate it, and use boolean difference to subtract a cylinder, creating a solid shank; then apply shell and offset to reduce weight and adjust thickness.
Creating the bottom part of the shank9:00
Create the bottom part of the shank in Rhino by building and joining surfaces, ensuring a closed, watertight hollow, and adjust wall thickness and cutter offset for casting and finishing.

Requirements

Laptop or PC capable of Running Rhino Version 5 or above for Windows

Description

In this course, you will learn how to design jewellery by using CAD software ( Rhino 3D ). This course covers the skills needed to become a CAD designer.
The projects help you convert sketches to 3d models and bring them to the real world by using 3D printers and casting. Activities in this training allow you to practise the materials. These are the skills that are possible to influence possible employers and clients.
Here you will learn from the basic. So, if you do not have jewellery background or CAD modelling, don’t worry. This course explains jewellery techniques which you need to know to create castable 3D models of jewellery.

Who this course is for:

Complete beginners who are willing to be Jewellery CAD Designer
Anyone who wants to design jewellery or likes making jewellery
Junior and senior Jewellers, Silversmiths, Jewellery designers
3D modellers who want to learn jewellery techniques that are needed for jewellery Designing with computer
Artist, Product designers, Architectures and engineers

Jewellery Design in Rhino

What you'll learn

Explore related topics

Course content

Introduction1 lecture • 1min

Getting Started8 lectures • 34min

Making a Band ( Wedding ring )1 lecture • 6min

Snowflake pendant4 lectures • 24min

Flush Setting Band ( Ring)7 lectures • 29min

Butterfly Pendant ( Claw Setting )9 lectures • 1hr 19min

Eternity Princess band ( Channel Setting )3 lectures • 15min

Solitaire Ring4 lectures • 55min

How to design a signet ring in Rhino6 lectures • 59min

Tips and Tricks1 lecture • 8min

Requirements

Description

Who this course is for: