h3> Graphics/CAD/CAM workstation People who create graphics need a different kind of workstation as they use this workstation for designing varieties of graphic content like posters, packaging, magazines, advertisements and some other useful graphics media. The primary users of Computer-Aided Design (CAD) or Computer-Aided Manufacturing (CAM) design workstation are civil engineers, architectural engineers, architects and interior designers of commercial buildings. To use the Graphic/CAD/CAM design software the following three aspects are required to be enhanced accordingly: • CPU of the computer is to be correctly enhanced and configured • The existing RAM may need enhancement • The graphics may need enhancement Figure 3 shows a graphic workstation.
They also helped bridge development of system methodology and project management. But there were tools used by large mainframe systems, eventually they declined and died off. This decline lead to opening the market for the CASE tools of today. CASE tools are categorized into two types. There are the Classic CASE tools which deal with support for software development.
CAD Software is used in a variety of different product in a variety of field such as architecture, electric and electronics, naval, mechanical and also in civil engineering. In the early stage of designing, a designer starts with a sketch by using pencil and then the drawing assembly straight to the manufacturing. All this process is done by using hand. There are lot of CAD Software in the market such as CATIA, Unigraphics NX, I-DEAS, Pro/Engineer, AutoCAD, SolidWorks and many more. In Faculty of Mechanical Engineering (FME), Universiti Teknologi Malaysia, the students are exposed to the CAD since the very beginning of the learning process.
There are many different forms of CAM that can be used, however if I were to suffer from a chronic illness or disease I would consult a doctor before beginning to use CAM. I believe in the use of conventional medicine to help with diseases, but I also like that CAM focuses on curing the patients’ health and bring them back to balance
The use of the digital impressions disregards some laboratory steps, which leads to a faster and more effective product. “The benefit of CAD/CAM technology is that it allows the practitioner the ability to produce esthetic, well-fitting prosthetic dental restorations onsite in a matter of hours” (Kotrzewski). The ultimate convenience of this technology is that the restoration can be placed in the same day on the damaged tooth, whereas older techniques require temporaries for several weeks while the prosthetic is being sent to an offsite laboratory and produced. This technology has caused the dental restorations that are designed and produced in an easier and more simple manner. It has also improved the speed of the creation of the restorations, therefore CAD/CAM has become a highly used and competent dental technology in dental
Robotics is an advance technology, which is widely used across all over the world. In this paper we discuss how the problems in the company, its solution, design and analysis of the manipulator. The problem is, to pick up the component from the conveyor and to place it on the bed of the CNC machine. Worker use the overhanging crane and to hold the component they use V-belt. It is wrong way to handling of component and not safe to worker.
The experience of these projects gave me an insight into the problems encountered during design and assembling the components and on-line solutions. The SYNOPSES of the projects are attached to this SOP. To hone my application skills, I have learnt Auto CAD, CATIA, ANSYS and Solidworks. I can confidently state that I have gained on-line and real time experience in using these tools. I had learnt Mat lab, Java and C and used them in my course work.
University of the Philippines Diliman College of Engineering Department of Industrial Engineering and Operations Research A Research Paper on Computer Aided Software Engineering (CASE) Tools In partial fulfillment of the requirements for: IE 154 Information Systems I Submitted by: Miguel Antonio O. Villarin INTRODUCTION Computer Aided Software Engineering (CASE) Tools have, by far and large, contributed to the development of more sophisticated and automated processes. Notable software, of which include, MS Visio and OmniGraffle have been an integral part of the operations of a great number of organizations. CASE tools make it possible for a more collaborative experience in the workplace and thus effectively improve the
In the current century, esthetic dentistry has evolved to be one of the major backbones of every dental practice. Esthetic dentistry has a wide range starting from resin composite restoration and extending to the design and reconstruction of the patient smile, certainly all these procedure is considered practicing under the cosmetic umbrella. In a trial to modify the properties of CAD/CAM ceramics different organic hybrid materials were introduced to the market. One of these hybrid CAD/CAM materials is Lava Ultimate (3M ESPE), a so-called “resin nano-ceramic”. Lava Ultimate, named also “nanoparticle and nano-cluster-filled resin or “CAD/CAM (resin) composite”, contains nano-ceramic particles (silica- and zirconia filler/ cluster filler) bound in a resin matrix.
There are various simulation programs used in industry depending on the field, application and desired simulation products such as for entire process unit or one piece of equipment. Aspen can be a very powerful tool when used to its full capabilities for a Chemical Engineer in a different of fields including oil and gas production, refining, chemical processing, environmental studies and power generation (Bernards and Overney, 2004). The advantages of modelling using by Aspen plus are it can reduce plant design as well as allows designer to quickly test various plant configurations. Besides, it also helps in improve current process as determines optimal process conditions within given constraints and assists in locating the constraining parts of a process that will be carried out using model analysis tools such as sensitvity analysis and optimization tool. Furthermore, the use of a process flowsheet simulator is beneficial in research and development (R&D), design and production.