CAD News and Trends

Posted by: Admin | Posted on: November 16th, 2012

CAD or computer aided design is a technology, in which photorealistic designs of various components are being developed by the help of computers. In the process, various analysis tools are required in order to create the geometric models and then various optimization techniques are being applied for the better visualization of the projects. Computer aided designs are being implemented in a wide range of sectors such as aerospace and automotive industries, information technology, structural industries, electrical and mechanical industries, telecommunications and medical fields etc.

CAD systems for fashion designers: With the continuous advancement in the technology, the CAD systems are also not limited and the application areas have expanded in a much greater extent than before. Now days, CAD systems are not only used by the engineers and designers but also by the professionals belonging to the fashion industry. With the entry of the innovative concepts like artificial intelligence and three dimensional animations, the fashion designers are being able to create 3D photorealistic designs and convert those designs into practical and efficient 2D materials.

With the increasing and never ending demand of the fashion industries, the computer aided design technology is now playing a vital role in reducing the product lifecycle and also reducing the costs associated with the manufacturing of the textile products. CAD software is being proved to be very helpful in catering to the fast production demands of the textile industry.

Role of CAD in engineering RNA components: The CAD tools are now also being tested in the medical fields and various successful results are also coming out of the research and analysis. According to recent news, the professionals at the U.S Department of Energy Joint Bio energy Institute have developed various CAD type models, which can be used to engineer the RNA components and to control the genetic performances in the microbes.

The successful implementation of this CAD technology holds enormous scope in the future. This can help in the sustainable production of the bio fuels, various microbial based products, therapeutic drugs and biodegradable plastics in the future.

Another field of medical science, in which the CAD tools can add an optimum value, is synthetic biology. This is an emerging field, in which approaches are being made to design and develop the genetic cells and molecules from the existing biological systems. The major goal of the scientists behind this approach is to produce chemical products from the renewable materials at low costs. And, the CAD tools possess the required potential so as to design the complex biological systems.

CAD in cosmetic dentistry: CAD is also playing a prominent role in the field of dentistry. According to a press release report published recently, the global CAD dental systems are expected to reach $755m by the year 2017. The report adds that most of the upcoming dental laboratories are adopting the computer aided design dental systems so as to cater to the need of good quality dental restorations. With the help of the CAD systems, dental prostheses are being performed in an accurate and faster way and it greatly reduces the chances of any type of infection.