...IMPACT OF 3D PRINTING ON THE FIELD OF MECHANICAL ENGINEERING Name: Institution: Introduction 3D printing is the procedure of creating an objective material from a three-dimensional digital replica. Characteristically, this is done by laying down vast succeeding thin layers of a material (3-D printing: additive manufacturing, 2015). To print a 3D object, the manufacturer needs to employ a 3D computer-aided design. Consequently, this report paper shall attempt to look at the impact of 3D printing on the field of mechanical engineering during the next couple of years. Body Engineering practice is the technological activities that guarantee an organization or a company create products of the needed eminence as anticipated (ISPE Good Practice Guide: Good Engineering Practice, 2015). In the current periods, 3D printing has truly started to attract the thoughts of the people. 3D printings are also prompting an alteration concerning the procedures in which diminutive businesses, as well as industry heavyweights, construct and plan their products. Consequently, this is beginning to be reflected in the present engineering fields. 3D printing makes it probable to create objects with many multifaceted structures than conventional manufacturing techniques. Thus, in the field of mechanical...
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...I wanted to look at the use of 3D printing in the Health care and Aviation industries. I truly believe 3D printing will play a major role in both of these industries moving forward. The Health care industry has lots of possible business possibilities with 3D printing. According to Sarah Butler "False teeth, hip joints and replacement knees – and potentially printable skin and organs – will drive growth in the burgeoning market for 3D printers over the next decade, according to new research. With 3D bio-printing in the pipeline, dental and medical applications could be worth $6bn by 2025 "(Butler 2014). Butler also writes "While printing of complete organs for transplants may be decades away, the use of pieces of tissue for laboratory toxicology tests for cosmetics or drugs could be ready within five years, helping the medical market for 3D printers overtake all other sectors."(Butler 2014) This justshows some of the advantages of 3D printing. Some other ones are found in the dentistry field. Dental Labs can "scan a patient's teeth so new teeth can be produced by pressing the print button." (Butler 2014). Humans are not the only ones who benefit from 3D printing in the health industry, According to Davide Sher "3D Systems has worked together with the Rita Leibinger Medical veterinary experts to develop a rapid and efficient remedy to cruciate ligament damage in canines, resulting in the patent-pending, 3D printed TTA (Tibial Tuberosity Advancement) RAPID implant."(Sher...
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...3-D PRINTERS Your name Author’s note INTRODUCTION A 3D printer is a machine used to create 3D objects from digital files. The designer creates a 3D image of the object in a CAD software or scans the object using a 3D scanner then uploads the file to the 3D printer (3D Printing, n.d.). The printer then slices the object into layers which are then used to print out the object. 3D printers were initially known as rapid prototyping technology as they emerged into the manufacturing industry in the early 1980’s. Little was known about this technology but it was promising because as an additive manufacturing technique, it reduced lead time. The lead time is the time between the ordering and the getting of a product by the consumer (Definition of Lead Time and Cycle Time, 2010). This is highly reduced due to little or no machining of the component. 3D printing reduces material wastage and finishing operations on the manufactured object. This has encouraged the manufacturing sector to welcome it with open arms because it also saves on money, maximizes profits and reduces any needed man power compared to the subtractive techniques (welding, filing, drilling etc.) being employed. Printing in 3D is essential in the upcoming world. Till recently, a designer does not need to design and then manufacture the component in order to sell or present it to potential consumers. This technique has enabled creating of Open Source Hardware platforms, where an idea created in Russia can be perfected...
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...3D printing economic questions and considerations 3D printing economic questions and considerations Definition Three dimensional printing refers to a procedure that employs the formation of solid three dimensional objects that can take the form of any shape desired based on the designs of a digital model. In order to achieve a three dimensional print output, one is required to utilize the additive procedure that involves the use of successive material layers that are laid in arrangement such that different shapes are displayed. There have been considerations of three dimensional printing as technique of traditional machining that greatly relies on material removal through use of methods such as drilling and cutting which is part of the subtractive procedure. I) History of 3D printing technology The historical development and context of 3D printing technology Three dimensional printing has existed for over thirty years, long before it was popularized. From the 1980s this technology utilized the inclusion of a layer fused in powdered material with the combination of a laser as well as dispersion of plastic that was melted through a nozzle system and resin that was photo-cursed. Nonetheless, three dimensional printers remained expense ice and where characterized as being sluggish with inefficiencies as the industry redeveloped at a slow pace during that era (Lanzetta & Sachs, 2003). The rapid popularization and growth of three dimensional printing begun only after the start...
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...3D printing economic questions and considerations Charles Hope DeVry University 3D printing economic questions and considerations Definition Three dimensional printing refers to a procedure that employs the formation of solid three dimensional objects that can take the form of any shape desired based on the designs of a digital model. In order to achieve a three dimensional print output, one is required to utilize the additive procedure that involves the use of successive material layers that are laid in arrangement such that different shapes are displayed. There have been considerations of three dimensional printing as technique of traditional machining that greatly relies on material removal through use of methods such as drilling and cutting which is part of the subtractive procedure. I) History of 3D printing technology The historical development and context of 3D printing technology Three dimensional printing has existed for over thirty years, long before it was popularized. From the 1980s this technology utilized the inclusion of a layer fused in powdered material with the combination of a laser as well as dispersion of plastic that was melted through a nozzle system and resin that was photo-cursed. Nonetheless, three dimensional printers remained expense ice and where characterized as being sluggish with inefficiencies as the industry redeveloped at a slow pace during that era (Lanzetta & Sachs, 2003). The rapid popularization and growth of three dimensional...
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...IMPACT OF 3D PRINTING ON ENGINEERING PRACTICE Name: Institution: Introduction 3D printing is the procedure of creating an objective material from a three-dimensional digital replica. Characteristically, this is done by laying down vast succeeding thin layers of a material (3-D printing: additive manufacturing, 2015). To print a 3D object, the manufacturer needs to employ a 3D computer-aided design. Consequently, this report paper shall attempt to look at the impact of 3D printing on engineering practice during the couple of years. Body Engineering practice is the technological activities that guarantee an organization or a company create products of the needed eminence as anticipated (ISPE Good Practice Guide: Good Engineering Practice, 2015). The impact of 3D printing on the medical application is considered to be developing quickly and is anticipated to change the health care. Medical uses of 3D, mutually definite as well as latent, can be arranged into broad alternate groups comprising of tissue along with organ fabrication. Other impacts of 3D printing engineering practice in the field of medicine include the formulation of modified prosthetics, anatomical structures as well as the use of implants in the human body. It is vital to acknowledge...
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...[Energy Efficient Material as 3D Printing Supplies] Contents 1. Introduction 1.1 Background…………………………………………………………… 1.2 Definition of Terms…………………………………………………… 1.3 Objective……………………………………………………………… 1.4 Overview……………………………………………………………… 2. Needs for Energy Efficient Materials 2.1 Contemporarily Used Materials……………………………………… 2.2 Reason for Energy Efficient Materials……………………………… 3. Properties and Development of Energy Efficient Materials 3.1 Properties…………………………………………………………… 3.2 Development………………………………………………………… 4. Advantages and Disadvantages of 3D Printing Energy Efficient Supplies Compared to Conventional Materials 4.1 Advantages…………………………………………………………… 4.2 Disadvantages………………………………………………………… 5. Opportunities for the Development of Energy Efficient Materials in 3D Printing 6. Recommended Solutions to Deal with Challenges for Energy Efficient Materials in 3D Printing 7. Conclusion 8. References 3 Energy Efficient Material as 3D Printing Supplies 1. Introduction 1.1 Background The 3D printing technology has become popular nowadays (Sharma, 2013). This technology has made it possible for mankind to produce almost everything they can imagine. Furthermore, since the energy efficient material is a new concept that has been developed in recent years, a discussion on the potential application of those materials in this additive manufacturing method appears to be necessary. 1.2 Definition of Terms As the first issue of this essay, some key terms should be...
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...In my 3D printing is a vastly expanding field with the excitement and use for 3D printing growing every day. In this paper I will talk about the beginning history of 3D printing and touch on the multiple areas of the economy it will slowly change such as manufacturing, architecture, cooking, prosthetics, organs, and more. The beautiful thing about 3D printing is the possibility of thinking “I can build and make anything I can think up on my own” is amazing. With the length of time it takes to come up with an idea to creating that idea to it being outsourced for manufacturing 3D printers decrease time and money by essentially cutting out the middle man making it so much easier for the consumer. If you are someone in need of a prosthetic extremity 3D printing can decrease the price and time on receiving that prosthetic. For these reasons I extremely believe that 3D printing will drastically change things economically around the world. In history of 3D printing since 1984 there has been extreme progress each year. The 3D printer evolved from the ink jet printer with the idea to substitute ink with actual materials in successive layers to create a physical object from a digital file. Charles Hull the co-founder of 3D systems invented the stereo lithography apparatus (SLA) a printing process that allows a 3D object to be created from digital data. Using UV laser solidifying photo polymer, a liquid with the color of honey that makes three dimensional parts layer by layer...
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...Brent Tucker Professor: Lynn Wallace Topic: 3-D Printing Thesis: 3-D Printing will have a major effect on how we live our lives by making products easier and faster to make. Resource Review 1. Political and legal influences How would legal issues arise? The field of 3-D printing is broad enough that the industry doesn't have to worry too much about legal issues at this point.. Any regulation that might be passed would likely target an application (like printing firearms) rather than the technology itself. But that doesn't mean litigation and other legal issues might not slow 3-D printing's acceleration. Not surprisingly, this relatively new technology has raised many legal issues. “Senator Charles E. Schumer has called for legislation banning 3D printed guns since manufacturing such plastic weapons could easily circumvent background checks, registration requirements and metal detectors” A. What laws are in place to protect 3D printing? Currently few laws are in place, Patents are protecting the process until 2014 2. Economic questions and considerations A. Will jobs be lost due to 3-D printing technology? As new technology comes jobs are lost, with the technology of 3D printing a customer that needs a part for his car will no longer have to go to the store to purchase the part, he will go to his 3D printer. Even the tools used to install them can be printed. “We’re on the verge of the next industrial revolution, no doubt about it,” added...
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...3d Printing: Change in Conventional Manufacturing Process, Reform of Supply Chain and Importance of Localization 1. INTRODUCTION 3d printers revolutionize the manufacturing process and even a single printer can produce enormously different types of parts and products such as shoes, appliances, auto and airplane parts, foods and bones. 3d printers use variety of materials including plastics, metals, ceramics, glass, paper, food, and even human tissue. The production takes place in various locations, namely small businesses, hospitals, homes, etc. where there were previously no manufacturing capabilities at all. Since industrial revolution, manufacturing has been associated with production lines, assembly lines and distributed supply chains....
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...Consumer 3D Printing | | | | | Index SR.NO. | TITLE | PAGE NO. | 1 | What is 3D Printing? | 3 | 2 | History of 3D Printing | 3 | 3 | 3D Printing and Gartner Hype Cycle | 4 | 4 | 3D Printing Today | 4 | 5 | Impact of 3D Printing | 6 | 6 | Achilles’ heel of 3D Printing | 7 | 7 | Future of 3D Printing | 7 | Consumer 3D Printing “3D printing has the potential to change everything” * Former Ship Engineer What is 3D Printing? The process of making a three-dimensional solid object of virtually any shape from a digital model is 3D printing. It is also known as Additive manufacturing. Using an additive process successive layers of material are laid down in different shapes. 3D printing is different from traditional machining techniques, which mostly rely on the removal of material by methods such as cutting or drilling (subtractive processes). A materials printer usually performs 3D printing processes using digital technology. 3D Printers have evolved to make a variety of objects using a laser or extruder (the material output part of the printer, best described as a futuristic hot glue gun) that move along an X, Y and Z axis to build an object in three dimensions, layer by layer, sometimes only microns thick at a time, depending on the desired resolution of the object. History of 3D Printing This technology was called Rapid Manufacturing; a term coined by inventor S. Scott Crump who founded Stratasys in the late 1980′s. During the...
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...the business technology plans. Purpose The main purpose of a technology roadmap is to establish the technology direction for the organization. These objectives simply recognize the need for IT to forge a relationship between IT and the business while, at the same time, serving the unique internal needs of IT. Technology roadmaps have many benefits and usefulness to businesses. Some of the uses are: • The ability to “develop a consensus about a set of needs and the technologies required to satisfy those needs” (Maedche, 2003). This helps to support the companies’ visions, strategies and future objectives in targeted areas. • Roadmaps can frame and constrain technology solutions as well as coordinate technology developments across the enterprise and to define target architectures to implementers. Future Technology Growth 3D printing offers design flexibility and express implementation; however there are still areas in development needs that require additional improvement in materials performance and printer throughput. There is potential to reshape the manufacturing ecosystem with this technology. According to Jacque (2013), "3D printing, touted as an enabling platform for applications ranging from personalized medicine to personal drones, will grow to an $8.4 billion market in 2025 – up from $777 million in 2012.” Manufacturing Needs Traditional manufacturing today in the automotive industry, for example, each time there is a change in models the production lines must...
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...In your view, is 3D printing the most important opportunity facing manufacturers in the UK? 3D printing is the process for making a physical object from a three-dimensional digital model, typically by laying down many successive thin layers of a material. In my view 3d printing is currently the most important opportunity facing UK manufacturers however, there are also many other exciting opportunities becoming available to the UK manufacturing industry. Previously 3D printing was simply an idea that had a lot of issues to resolve but now the machines have become more reliable and can be used to produce various products from a number of different materials including but not limited to plastic, metals, glass, concrete and chocolate. 3D printing is ideal for products that need low quantities producing or where high customisation is required (mass customization). Now, instead of using the technology to make prototypes it can be used to produce the real thing quicker and probably cheaper than ever before. This significant cost reduction should help to reduce unit costs and improve competitiveness as well as reducing manufacturing waste by up to 90%, and with our strong heritage in engineering and materials science, the UK is definitely in the right place to take advantage of 3D printing which will not only encourage investment in to our economy from abroad but it should also revolutionise the way manufacturing is conducted in the UK making Britain a template for a changing...
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...way. However, 3D printing can be disadvantageous because it can affect foreign manufacturing, increase unemployment, and has manufacturing limitations. 3D printing has the potential to disrupt the world’s international supply chain. Rather than goods being shipped around the world, production will be based on a household level. Individuals could pay for the raw materials and the software files for designing the designated product, which could potentially be found on the web. For instance car parts are made from hundreds of factories around the world, but 3D printing could simplify this process by procuring these parts from local areas such as repair shop or assembly plant. This could eliminate the need for supply chain management. Also, We expect that the use of such techniques will contribute to significant reductions in product development cycle times, which is a good thing in deed, but can be very disadvantageous to the economy. The world would have to adjust their manufacturing practices. This leads into the next point of increased unemployment. According to Harvard Business Review, this would hit especially hard in foreign countries such as China because they have a large labor force in low wage, low skilled workers. This could devastate the economy of many countries due to the replacement of 3D printers. It is more cost effective and efficient, but it could impair international trading and threaten developing nations (D’Aveni). Since having 3D printing will allow zero...
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...THE INFLUENCE OF DISRUPTIVE INNOVATIONS ON NEW AND EXISTING BUSINESS MODELS. Introduction A disruptive innovation can be simply referred to as the application of technological advancement, product, or service that eventually overturns the existing dominant technology or status quo product in the market. Disruptive innovations are innovations that helps create a new market and value network, and eventually goes on to disrupt an existing market and value network (over a few years or decades), displacing an earlier technology. The term is used in business and technology literature to describe innovations that improve a product or service in ways that the market does not expect, typically first by designing for a different set of consumers in a new market and later by lowering prices in the existing market. Some examples of disruptive innovations include: telephones replacing telegraphs, cell phones replacing land lines, digital photography replacing films etc In today’s complex, dynamic business world, having a disruptive innovation capability is mandatory, both for growing a business and protecting existing markets. But leading disruptive innovation requires new mindsets and behaviors, for leaders themselves and for the organizations that develop them. Disruptive Innovation is not a break through innovation that makes good products a lot better; it transforms a products that is expensive and complicated as such only few people with a lot of money could afford it. Disruptive Innovation...
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