The technologies used for 3D printing have surely revolutionized the age old method of manufacturing. With the passing days, the technologies are streamlining on the time spent in manufacturing and how every sector can benefit out of the invention. In the previous blog, we discussed what 3D printing is all about and the technologies used manufacturing 3D objects. Let us find out how 3D printing has benefited the widely used domains for completing day-to-day tasks and the applications that have changed the functioning of 3D printing.
The different domains that include 3D printing with their functioning applications are as follows:
• Architecture: Involvement of 3D printing in architecture has unlocked ideas that can reach new dimensions. o With
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o These variations are tested to understand if the final product can suffice the surroundings or not. o Once the 3D object is ready, the user can test it as per the needs of the process. If the printed design fails in any aspect, the user can alter and make the corrections in the application itself. o Heavy machinery equipment is prototyped through 3D printing to know its performance. Its failure and success depends on the tests that are performed before going ahead with full fledged manufacturing. o Such tests help in saving huge investment costs since prototyping one unit costs less than 1/10th of the actual product cost.
• Metal Casting – Metal objects used for beautification or scale models are easily manufactured through 3D printing process. o Objects sizing not bigger than the index finger can be easily beautified to match perfection. o Sizing plays an important role since most of these items are delicate; the application used for designing such objects allows the user to zoom into the space used for creating such
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Let us look at the timeline of 3D printing from the year 1984:
• 1984 – This year saw the birth of 3D printing
• 1986 – 3D printing technology got patented
• 1988 – 3D printing technology was made available to public
• 1990 – The first low cost models were on sale in this year
• 1996 – Nearly 8 years later the term 3D printer was first used
• 2000 – This year saw the birth of first high definition printer
• 2006 – The first self replicating 3D printer was developed
• 2008 – First self replication 3D printer was on sale in the market.
• 2014 – The aim to have basic necessities to be manufactured through 3D printing is in motion
3D printing is predicted to manufacture clothing, lifestyle goods, electronic items, etc. by 2025. It would be full-fledged manufacturing that would satisfy the needs of every demanding customer. Functional artificial limbs and human organs are in pipeline to be ready by 2020. The world as we know has actually progressed over the period of time when it comes to 3D printing, and the growth is
That is how an increase in mechanical advances made industries more productive and sped up
Here I am given a selection of shapes that will act as objects when placed on the world. Creation method is how I create the object by mouse click allowing me to create the object as a whole or in stages. Parameters allows me to fine tune the object to a specific size and segments. 1.2. Modifying pivot point
In the first part of the experiment, Part A, the standard solutions were prepared. As a whole, the experiment was conducted by four people, however, for Part A, the group was split in two to prepare the two different solutions. Calibrations curves were created for the standard solutions of both Red 40 and Blue 1. Each solution was treated with a serial 2-fold dilution to gain different concentrations of each solution.
2. Estimating and budgeting is made easier. Before you start drawing a plan you are required to input types of materials you will be using, types of nails, and County Building Codes. This allows Chief Architect to track how much material is needed, what type of material, how many nails, how much drywall, insulation, and much more. This feature alone will have our company thousands of dollars.
Manufacturing – within a business the manufacturing department works alongside several other departments such as marketing and purchasing to make sure that they manufacture products efficiently. Manufacturing is generally a long process as detailed designs of products have to be assembled before construction can begin. Manufacturing varies can depend on the organisation type large companies are likely to manufacture products themselves, and they tend to do this on a large scale in order to be able to buy resources in bulk in order to save a substantial amount of money. Small businesses tend to design their own products but may not have the ability to manufacture; therefore they usually hire other companies to manufacture for them - this can be quite costly, so they commonly perform manufacturing on a large scale
The dimension of this stele is 6 feet tall. This element of manipulation was used to further the importance of this
Another emerging technology is the 3D printer. The 3D printer allows people to print hearing aids, functioning prosthetic limbs, prosthetics that let people feel everything they touch with it, and replica skulls being created from patients CT
He then took the time to carefully draw what each item looked like. He tried to go into detail on each drawing to give the reader a sense of really being there
Introduction: In this assignment, I will be doing two experimentations on examining the impact of temperature on the Alka-Seltzer’s response time. The first experimentation that I will be doing involves some water that is room temperature. The second experimentation that I will be doing involves some water that is very hot. If I want to be able to figure out the impact of the temperature on water, I will have to document the time it will take for the Alka-Seltzer to go into solution.
Despite the positive ethical implications of 3D printing in the food industry, there are several negative ethical implications that should be considered as well. Comparisons can be made with the controversies surrounding Genetically Modified Organisms (GMOs), in which the technology and supply of GMO seeds has over the years been patented and controlled by biotech conglomerates such as Monsanto (National Research Council, 2000). Similarly, the production of raw food materials utilised for 3D food printing, such as animal tissues and hydrocolloids, is a technologically intensive process. This can potentially be monopolised and controlled by private corporations if existing legal frameworks are excessively protective of intellectual property (IP) rights (Pollan, 2012). Ethical dilemmas exist because while supporters of stringent IP laws may argue that these protections promote corporate innovation and technological advancements (Spectar, 2002), this monopoly on the production technology could impede the global accessibility of these 3D-printed food technologies across geographical regions, income
Undoubtedly, this recent development has led to accelerated advancements
Spaces should be limited to only what is needed. 2. Openings should be seen as part of the structure. 3. Eliminate unnecessary ornamentation and detail.
• Due to use of various Tools etc in Prototyping Vs Production Model has lead to Non-Conformity with the desired results at Production Model. • Using Clay Model & Used part Designer Drawing, as compared to Pre-Production Tools in Prototyping Stage has lead to Quality Issues. It has lead to masking several mfg. issues. It requires more skilled labor, cost & time. • The Mixed Model Ramp-Up Strategy, Produces New Series on same Production Line as Old Model.
New technologies in functionality and manufacturing processes are required to stay ahead of an ever changing market