The implications on the environment due to 3D printing can have a very positive effect. Some of the areas that 3D printing can positively affect the environment are; transportation costs‚ lack of unsold products‚ less wasted materials‚ extending the lifetime of a product‚ and recycling is easier due to 3D printing products coming from one raw material also making it cost effective. 3D printing overall will have a positive effect both in its industry and beyond‚ but like with many forms of new phase
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process was invented in 1984 by Charles Hull. The process he used was known as stereolithography which is a printing process that enables a 3D object to be created from digital data. Basically‚ the desired material is placed into the printer. Then‚ a laser inside of the printer solidifies it to create the desired 3D object. These 3D printers were first produced in 1992 by 3D Systems. Throughout the years‚ these 3D printers were being used to print various things. In the late 90s and early 2000s‚ they
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Introduction Kickstarter is a website that enables people to raise money for creative projects. People can make a small donation to support the one they’re interested. Rayger is a Kickstarter project that impressed our group on how the two college students had turned a freshman class project into a successful campaign. The objective of this research project is to study the development of creative project ideas and make a strategic analysis of the product. More importantly‚ this project is to help
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3D- PRINTER For more information visit : www.nana.com ! -an ! innovative product ! Nishant Chanana! Abhay Kelkar! Nagarjun Bagalore! Alex Justin Sulaiman Vision and Mission • Vision: ! To empower the success and growth of small and medium size businesses through the power and promise of 3D direct manufacturing.! • Mission: ! Our mission is to deliver innovative‚ cost effective 3D printing solutions for direct manufacturing to small and medium size businesses. Values • Our Values are CLEAR"
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High energy laser transmission through large core optic cables By christopher Kennedy A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in CREOL – College of Optics and Photonics at the University of Central Florida Orlando‚ Florida Summer Term 2013 Major Professors: Michael Bass ©2013 Christopher Kennedy ABSTRACT ACKNOWLEGEMENTS
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FIELD WORK NO. 5 DIFFERENTIAL LEVELING I. OBJECTIVES: To determine the elevation of points relative to a reference point by differential leveling II. INSTRUMENTS: Engineer’s level‚ Leveling Rods‚ Marking Pins III. DISCUSSION: Direct leveling is the commonly employed method of determining the elevation of points some distance apart by a series of set ups of a leveling instrument along a selected route. This method of leveling is also referred to‚ as spirit leveling since the device
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Using 3D printers as production tools has become known in industry as “additive” manufacturing. The additive process requires less raw material and‚ because software drives 3D printers‚ each item can be made differently without costly retooling. The printers can also produce ready-made objects that require less assembly and things that traditional methods would struggle with—such as the glove pictured above‚ made by Within Technologies‚ a London company. It can be printed in nylon‚ stainless steel
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Introduction/Background The project contains two parts‚ photogrammetric survey‚ and GIS analysis. The photogrammetric survey part was done by Agisoft photoscan software. This kind of survey is desired in many fields‚ such as Archeology field. This is because of the tendency of collapsing in Archeology’s targets. On the other hand‚ ArcMap and ArcScene are responsible for the data analysis part. With GIS‚ the complexity of the 3D data can be simplified‚ the data can be interpreted‚ and new data can
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Green Tire Uniformity Measurement using High Speed Laser Profile Sensors Introduction Tire Uniformity refers to the dynamic mechanical properties of pneumatic tires as strictly defined by a set of measurement standards and test conditions accepted by global tire and car makers. These measurement standards include the parameters of radial force variation‚ lateral force variation‚ conicity‚ plysteer‚ radial runout‚ lateral runout‚ and sidewall bulge. Tire makers worldwide employ tire uniformity
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AN INVESTIGATION INTO FULLY MELTING A MARAGING STEEL USING DIRECT METAL LASER SINTERING (DMLS) Mark. Stanford‚ Kevin. Kibble‚ Matthew. Lindop‚ Diane. Mynors and Colin. Durnall Department of Engineering and Technology University of Wolverhampton Shifnal Road‚ Priorslee Telford‚ UK TF2 9NT ABSTRACT This paper reports on the relative capability of the EOS M250 Extended platform to fully melt an 18Ni (‘300’ grade) maraging tool steel from sub-20 µm powder. The work describes the
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