The Freeform Surface Modeling System developed can be used as a tool for shape modeling in a general product modeling framework. It is the art of engineering Freeform Surfaces with a CAD or CAID (Computer Aided Instructional Design) system. The technology includes two main fields in the whole process. The first is creating artistic models […]
Types and Use of 3D Printing Machines in Industries
Published in September 22nd, 2008
Posted by in 3d printers
Three dimensional printing is designed to give the maximum possible accuracy and adaptability in producing prototypes and finished parts. There are a number of 3D printing machines available today that are cheap, simple and lead to generation of new applications. 3D printing produces parts very quickly and is a very cheap process. Three dimensional printing […]
Use of 3D Industrial Design Software
Published in September 19th, 2008
Posted by in Software
3D softwares are used in a wide variety of industries. They differ in their complexity and working but even the simplest software is capable of generating impressive results. The medical industry uses them to create detailed models of organs. An interactive 3D model of the human body displays health information at a glance so the […]
Laminated Object Manufacturing-A Rapid Prototyping Technique
Published in September 17th, 2008
Posted by in Rapid Prototyping
The Laminated Object Manufacturing (LOM) works with computer design software to produce physical objects. It is one of the Rapid Prototyping technologies. The small, intricate, thin wall models can be created by the use of high quality paper, plastic or composite. It facilitates the manufacturers in producing prototypes or models to create new products. These […]
Rapid Manufacturing - A Accepted Succession from Rapid Prototyping
Published in September 16th, 2008
Posted by in Rapid Prototyping
Rapid Manufacturing (RM) can be described as the fast production of highly customized products. Quantity of products made through this process can vary from one to five and can extend up to hundred. It can be used in a broad sense which includes the use of rapid prototyping, rapid tooling, and layer manufacturing technologies to […]
Selective Laser Sintering-Method of Producing 3D (Three Dimensional) Prototypes
Published in September 16th, 2008
Posted by in Rapid Prototyping
Selective Laser Sintering (SLS) is a process by which 3D (Three Dimensional) prototypes are created by fusing or sintering powdered thermoplastic materials or metals to form functional prototypes. SLS uses a range of materials which includes nylon, metals, and elastomers. Rapid prototype (RP) laser sintering can provide a competitive edge in your product development by […]
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Recent Entries
- Product Design and its Implementation
- Use of CATIA SERVICES
- Advantage of Rapid Prototyping in Architectural Models
- Importance of Rapid prototyping for 3D Designers
- 3D Printing Product Design
- Freeform Surface Modeling
- Types and Use of 3D Printing Machines in Industries
- Use of 3D Industrial Design Software
- Laminated Object Manufacturing-A Rapid Prototyping Technique
- Rapid Manufacturing - A Accepted Succession from Rapid Prototyping
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