Advantages And Disadvantages Of Autocad

All graphic designers do most of their work on a computer, which means they do not have to worry about it being misplaced or ruined. The programs primarily used by graphic designers include Adobe Photoshop, Adobe InDesign, and Adobe Illustrator. Each program has a different use. Photoshop is mainly used to clean up or enhance an image. Whereas InDesign is used to layout a typed document. Illustrator is useful when you wish to make an image “yours”, you can change the size of certain parts of the image, or you can clean up the fuzziness if need be. Navigating these applications is very simple and does not take long to learn how to do many different things.

The Polymold Division case is answering whether or not the CAD/CAM is a good investment. We are looking to answer how it benefits the company, financially. Mr. Martin, the Polymold Division manager felt that sales would continue to decline if Polymold did not invest in the new computer-aided designing and manufacturing system and it would lose market share on its remaining products to its more technologically advanced computers. Mr. Martin feared the marketplace. Polymold manufactured high-quality precision molds with interchangeable parts.

process of how they use 3D printing using their programs. After the visitation, I went home and researched on how to turn my Fusion 360 creation into a physical model. On the Autodesk Forums, I learned that I can export my file to a DWG gand open it in the DWG program. From there, I can export it into an STL file. From there I can upload it to a given 3D printing company. I will most likely not print my parts at the school because that requires me to be there and if I pay a company I can make the most of my time and spend that on another aspect of the senior project. Through this experience, I have learned how 3D printing is becoming the future of our technology. Today it is used to prototyping, art, and it can even create

Automated manufacturing is another application of automation and by far, it is the most important and useful in the United States. This practice of automation is used to produced things in a factory way. Consequently, many of the products that consumers purchase are the result of automated manufacturing. Some of these products include automobiles, refrigerators, dishwashers and videogame consoles like the Xbox 360 and the PlayStation 3. Today there are numerous industries applying automated manufacturing including the airline, automotive, mining, oil and food production industries (Vassar).

The program I used is called Tinkercad, which is a free and online program for building 3D models. The reason I chose Tinkercad was because sign up is not a hassle and is a free program unlike SketchUp, which is not free because once you reach a certain point in the tutorial you have to pay for the full program for $695. Tinkercad provides tutorials which help explain how to create and build your 3D object, which helps speed up the learning process unlike Vectary which is just the program and have to figure it out yourself. Another reason why I chose Tinkercad is because it is easy to locate certain shapes based on the format such as everything on Tinkercad is located on the right and has shapes, which you do not have to create and figure out

In the early period of development, it was applied in hobbyist uses and industry uses such as design visualization, prototyping, architecture, education, and healthcare. In 2000s, along with mass launches of portable 3D printers from several companies, 3D printer has stepped on consumer product market; also, printed objects have

i. Almost anything can be created using a 3D printer from a phone case to a car; all it takes is someone to build it, someone to design it, and someone to build it.

Also, this CAD software is more in few branches of engineering like Architecture, Mechanical Engineering, Electronics, and others. In the case of SolidWork, there is a report that show that users of this software are from 80 countries with a total of more that 3,000,000+ users. Also, the article shows that a great portion of students use SolidWork for training. Now, by looking at AutoCAD, with their last report about the software, it shows that about 7,000,000 of free AutoCAD where downloaded during that period. Also, information like how many draws made by the users can give a number of how many of them are. For example, they told that about 300,000 draws were uploaded by using AutoCAD cloud in only one week, and in the same period, 150,000 of this software were download for PCs and

From car models to food and clothing, 3D printing will allow quick designing and modelling. 3D printers do save a lot of time and money, as it is entirely done through software tools and brings out the automated result, helping manufacturers to work within the deadline.

________ software is used for drafting and design and has replaced traditional tools, such as T-squares, triangles, paper, and pencils.

CAD Generates 3D images Used with NovoGen MMx Bioprinter Organovo?s program created by Autodesk http://www.autodesk.com/solutions/3d-cad-software (Organovo, 2012) Computer Aided Design (CAD) & ITK-SNAP (Software) ITK-SNAP Slices 3D images into segments Sends slices to 3D printer to print

With the growth of computers comes an increase in viable manufacturing techniques. Programs such as Autocad, Solidworks, and Sketchup, allow the creation of complex models and aid in producing files which 3D printers operate with. Within the past several years the pricing models of computer aided design, or CAD, software as a whole has changed in a way which lets students to operate these programs non-commercially for little to no cost. Autodesk, the maker of AutoCAD offers three year licenses to the educational versions of their software to students for free. Solidworks, produced by Dassault Systems sells a 12 month license to students for $150, a program which typically costs on the lower end of $4,000. Sketchup the third of these, owned by Trimble, offers a non-expiring noncommercial license for free and charges $590 for their commercial version. By offering pricing that makes their products available to the student and the novice they allow experimentation and accelerated growth in industry.

As the arrival of three dimensional simulations have entered into the construction field, 3D simulations will be the technology that will be replacing blueprints and any other two dimensional documents, which are hand drawn designs that are drawn on to paper (Becker). From this, 3D simulations can have information about real life situation and properties. The first shift to using three dimensional simulations began with CAD. CAD is defined as “Computer Aided Drafting.” CAD was used to creating three dimensional designs and models

Major car manufacturers, such as Ford, Jaguar, GM, Audi and Land Rover have been 3-D printing auto parts for several years now. One example of lot is :Lamborghini’s newest flagship model Aventador which is a two-seat sports car and is Top Gear Car of the Year for 2011. The key to the Aventador’s tremendous performance is its carbon-fiber reinforced composite (CFRC) monocoque, which forms the core of the chassis. The #D printer of Stratasys called Fortus was used to build an envelope that was large enough to produce a 1/6 scale prototype model of the body and chassis at single go in one piece. The Lamborghini Research Lab built complete 1/6 scale model of the body and chassis in just around two months, including the final printing out and assembling of the parts. The build time of the complex inner tub was 6.3 days and material cost was a mere $560. Total build time and processing time included time for sanding ,support removal , painting, etc. Which came out to be 20 days. Total cost including all overhead expense of materials, labor and machine time was $3,000 to create the working prototype. This makes the prototyping much affordable even for new players.

3D printing or Additive Manufacturing is a process that takes digital input in the form of Computer Aided Design (CAD) model and creates solid, three-dimensional parts through an additive, layer by layer process. It can also be defined as a manufacturing process by which objects are created by fusing or depositing materials such as plastic, metal, living cells in layers to create a 3D item.