Jewelry 3D Design
Jewelry 3D Design is the process of mathematically designing 2D visuals in digital environments according to their real physical shapes. There are many programs for these operations. Objects designed in 3D can be extracted from 3D printers and can be used. These printers use materials such as wax, resin, plastic. The extracted objects can be transformed into desired materials such as gold, silver, copper, steel using casting technology.
To make operations with a Jewelry 3D Design you need to know program commands and techniques, as well as have knowledge of casting technology. It takes between 4 and 12 months for you to fully learn the modeling jobs.
3D Models
Jewelry 3D Design describe a physical entity by specific points in space geometry. These models are created by combining various geometric shapes. Triangles, circles, lines and curves are used in a holistic system. If data is available, the 3D design can be demonstrated manually, using the simulation program or by scanning. 3D modeling is widely used in 3D graphics. In fact, 3D models existed before 3D graphics were widely used on personal computers. For example, although 3D models are available in many computer games, 3D graphics were not yet suitable to be personally designed on the computer. There were 3D models before computer programs became widespread.
Today, 3D models are used in a wide variety of fields. Three-dimensional models of organs are used very effectively in the medical sector. For this, the data was created by combining a large number of two-dimensional photographs taken on an MRI machine. 3D models are widely used in the cinema industry, especially in animation images. The game industry uses 3D models in detail in many computer games. The use of 3D models is also important in science. For example, we have the opportunity to symbolize a chemical compound in 3D with a 3D model. In this way, the molecular geometry is also revealed.
Many programs have been created for Jewelry 3D Design in the field of architecture. While producing any product in engineering, its prototype is prepared first. This is only possible with the 3D model. In the same way, geoscientists have recently begun to examine landforms through 3-dimensional models. 3D models also form the basis of a 3-dimensional object to be produced. These models are converted into real objects by 3D printers.
Type of Modeling
3D design can be done in two ways. These are in the form of solid modeling and surface modeling. Solid modeling reflects the image of the object to be modeled along with its actual volume. This type of modeling looks very realistic, but as a result, it is difficult to produce.
For example, a model of a stone is put forward with a 3-dimensional stone with the same shape. Simulations in health and engineering are not visual. Therefore, solid modeling is used more in these areas.
In surface modeling, the volume is not modeled. Only the shell part of the existing object is modeled as a boundary. Think of an egg that has been emptied. Just like that, boundaries
but hollow models are obtained by surface modeling. These types of models come out more easily, but they are not as sufficient for production as solid modeling.
3D Modeling
Since the image of an object is very important, surface modeling common models are used in computer graphics. 2D surfaces help us better understand patterns in computer graphics. Because the images of the graphics presented here are not certain. Since there is no certainty, graphic designs are based on a design that will be close to reality. Point designs have also become widespread in this area in recent years. After revealing the outer surfaces of the object with points in the coordinate system in a way to determine the boundaries, these points are connected with appropriate lines.
Modeling Process
There are 3 common methods to present a model. These are as follows:
Polygon modeling:
The nodes defined in 3-dimensional space are connected to each other by various lines. Together they form a polygon model. It is the most used modeling management today. This is because computers can perceive these models very easily and put them into practice. However, the model obtained in polygon models is planar. For this reason, curvilinear images can only be drawn with a certain proximity by using lines.
Curvilinear modeling:
Surfaces are represented by curves in this type of modeling. These curves are created by fusing the various points. These points are imaginary points on curves. Each point has a weight on the curve. As the weight of the point increases, the probability that the curve will be closer to that point also increases. Curve types also include NURBS structures, which stands for non-uniform rational B-spline expression.
Digital sculpting:
It is an extremely new system in modeling. It has only started to spread in the last few years. Digital sculpting can be done in different ways. Displacement can be in the form of volumetric and dynamic mosaic. Displacement or insertion is the most widely used type of digital modeling. In this system, sculpting is done by taking the necessary points in the picture image. A very beautiful image emerges in the models created by digital modeling.
There are many different techniques used in modeling. There are many software available to perform these techniques. Cinema 4D, Maya, Blender, and Solid Thinking are the most widely used applications. In addition to these, AutoCAD, SolidWorks and Rhino programs, which are used extensively in engineering designs, are also used for 3D design. More complicated structures present a model using more than one system. Both curves, lines, and polygons can be used in the same model.
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