CAD/CAM systems in production of tooling and dies: CAD/CAM is the advanced technology used in manufacturing process by the assistance of computers and software’s. In traditional manufacturing drawing is done by drafting in which modification and prototyping took more time and cost, but the latest CAD software’s eliminated this by software interface like ProE. Not only designing but also manufacturing was hectic involving lot of machine for single operations but latest advanced CNC machines integrated with computer known as CAM avoids these troubles (Jassi, n.d.). Integrated CAD/CAM Systems: The latest advancement in the CAD/CAM systems is the integrated CAD/CAM systems. This integrated system has been classified into two types as CAD-centric and CAM-centric according to where it is used. In CAD-centric the CAD system interface is the mainly used one but it also has the CAM features to support. For ex, solid works which is CAD software have this CAM integration in its interface provided by Delcam. Likewise the CAM-centric is the one mainly interfaced for NC programming but it has integration with CAD to make it easier to modify the 3D model within them. For ex, Cimatron provides built in CAD interface to make geometrical corrections. Thus these integrations provide lots of advantages but full features of both CAD and CAM hasn’t been brought together (Yares, 2012) But Min Hou in his article about the integration mentions that because of this integration a better communication has been formed between both the systems which made production easier. He says that without the integration the part produced in CAD should be recreated in the CAM for generating the tool path and programs which is eliminated by the integration. It reduced t... ... middle of paper ... ...pp.782-96. Hou, M., 2012. CAD/CAM Integration Based on Machining Features for Prismatic Parts. Huikang K. Miao, N.S.a.J.J.S., 2002. CAD-CAM integration using machining features. Int. J. Computer Integrated Manufacturing, 15, pp.296-318. Jacobs, P.F., 1996. Recent Advances in Rapid Tooling from Stereolithography. A Rapid Prototyping Conference. Jassi, N., n.d. CAD / CAM fundamentals. [Online] Available at: http://cadcamfunda.com/what_is_cadcam_ [Accessed 28 april 2013]. Jung Hyun Han, I.H.a.J.Y., 2001. Manufacturing feature recognition. IEEE Transactions on Systems, Man, 31(june), pp.373-80. M. Liang, S.A.a.B.v.d.B., 1996. A STEP based tool path generation system for rough machining of planar surfaces. Computers in Industry, 32(December), pp.219-32. Pandey, D.P.M., n.d. Computer Aided Process. [Online] Available at: http://paniit.iitd.ac.in/~pmpandey [Accessed 2013].
As Saginaw plant handles 10 product families and 110 product models, introduction of Flexible manufacturing system will be beneficial there. This will address the high variability and reduce the overhead costs.
The straight-edge blade will be useful for many purposes both in everyday occurrences and outdoor use, but the lack of a sawing ability makes it less useful ...
Fabrication at the factory utilizes a mix of robotics and manual labor to produce the body of the V-Rod. Robots that are designed to cut pipe are capable of completing a single operation within 3 seconds. Other fabrication robots utilize 1800 watt lasers that can perform cutting operations at the rate of 100 inches per minute. Where robotics can be used to perform high speed cutting and welding operations, skilled workers are a...
In additive manufacturing, parts are produced by slicing a CAD model into thin layers and then depositing material one layer at a time to create the 3D part. While current methods are very precise and have high resolutions, I have identified 3 main limitations of additive manufacturing.
The appeal of the international brand of Wacom can be seen on the campus of the University of Illinois. 22HDs are in the computer labs in both the Art and Design building and in many of the engineering buildings. Many of my friends and classmates have at least one. I, myself, have two. The high demand for an obviously overpriced brand reflects the strong demand for image more than the actual product. There are an increasing number of similar products that are much more affordable.
Adopting the latest technology helps firms to gain advantage in the competitive environment. It is important to adopt new tools in order to improve the quality of work and reduce the risks associated with the work. Implementation of a new process or a tool is often cumbersome for the companies but with proper planning and resources in hand and the zeal to accept innovation, companies grow technically and technologically. In the AEC field, we saw many firms still hand drafting 20 or more years after CAD became the new drafting standard in the mid-1980s. The pressure to switch often came from colleagues and collaborators and became necessary as firms using CAD no longer found it viable to work with firms still hand-drafting (Epstein, 2012). Similar is the case today where the incorporation of BIM is becoming popular amongst the organizations. In order to stay afloat, companies must implement the use of BIM.
These requirements might seem obvious at first, yet it is exactly the demand and supply on each one of them that causes the limitations and control of this technology. The 3D printer is no longer an equipment that can only be found in a scientific lab, but people can buy it on Amazon with the price from 600 to 2000 dollars. Moreover, there are numerous companies which are starting to invest new functions upon the 3D printer such as the three types of 3D printers that have been advertised in the “Top 3 Best 3D Printers You Must Have” video: “the Tiko, the Palette, and the Moonray”. For instance, the Tiko printer is a new type of “uni-body” 3D printer which prevents the unstable printing problem caused by the traditional “separate three-piece rail frame”. Also, its 1 kg rolls, large “internal filler” and the “close-build chamber” also promises the project to be more “reliable and accurate”.
Every single program will be able to create a virtual diagram and outline of the concept being implemented on the printer. Then the program divides the concept into digital ...
Works Cited Page Dorf, Richard C. “Applications and Automation.” International Encyclopedia of Robotics 28.3 (1989): 419. Web. The Web. The Web.
Material handling system is an important equipment and in the design of an effective manufacturing design. One of the main tasks in material handling system design is the selection and setup involving apparatus, demanding comprehensive technical understanding along with methodical research. Material handling equipment selection is a very complex and tedious task. The main factors contributing to the complexity of the equipment selection problem is the constraints imposed by the facility and materials, a variety of disagreeing design and style requirements, anxiety inside functional environment, and some of equipment varieties in addition to designs accessible. In recent years, the equipment selection
Materials engineering and computer engineering are two of the modern examples of industrial engineering. Industrial engineers have the challenge of incorporating today’s leading technological advances with the production of them in manufacturing facilities. Their purpose is to maximize output, while minimizing the costs for materials and production. This is why industrial engineers must have knowledge of product development, materials processing, optimization, queuing theory, production techniques, and engineering economy. Industrial engineers must have adequate skills in computer aided design and computer aided manufacturing.
We often think of automation as modern but with that there is a history that is dynamic and large. Automation in manufacturing is used to have machines perform processes with levels of speed, consistency, and precision that is more capable than a human worker. Manufacturing automation has many benefits.
Weimer, George. ?Robots ?see? factory?s future.? Material Handling Management (Mar. 2002): 25. InfoTrac. Online. Nov. 2002 .
Computer integrated manufacturing is a relatively new technology arising from the application of many computer science sub disciplines to support the manufacturing enterprise. The technology of CIM emphasizes that all aspects of manufacturing should be not only computerized as much as possible but also linked together via a computer communication network into an integrated whole. In short, CIM has the potential to enable manufacturers to build cheaper, higher-quality products and thus improve their competitiveness.
In this report we want to know how process in manufacturing is done, what they consider in this manufacturing process and different organizations in production process.