新西兰泰尔福特农业理工学院论文代写：3D打印
此后，3D打印技术被引入了近30年；技术是革命性的教学实验室和研究。随着时间的推移，几乎所有的行业都已经考虑到这一技术的大量应用的目的不同（Felix 2010）。三三维打印技术被称为是有潜力影响活动中的方式，类似于那些早期的技术，如传真和复印的影响传递信息（迪亚兹2013）。这种3D打印技术被称为一个过程，用来制作一个三维度的实体对象，几乎可以塑造数字形式的模型.。该技术是通过使用添加剂的过程中，那里有奠定了连续层材料在一些不同的形状。
这种3D打印技术是不同于传统的技术，主要有机械在材料的可靠性通过许多不同的方法如钻孔或切割，同样是减法（Freedman 2013）。该技术用于分布式制造和原型是应用在一些如军事、航空航天、汽车、工业设计、建筑、建筑行业、医疗行业、土木工程、食品、地理信息系统教育，眼镜，珠宝，鞋类，服装，和其他一些领域（迪亚兹2013）。
3D打印被称为作为一种形式的添加剂信息的对象的三维的发展作为连续程度的材料被放下。它也被称为快速或快速原型，是一种机械化的方法，其中有快速发展的3D对象在一台机器与合理的大小连接到计算机组成的蓝图相关的对象（迪亚兹2013）。这一革命创建的三维模型通过喷墨技术的运用有助于通过设计消除了需要节约成本和时间，印刷和粘合模型的各个部分。关键原则涉及材料的墨盒，灵活的输出和代码被翻译的可见性模式。3D打印机被称为机器，帮助生产的物理模型的三维数据从数字为打印在不同的层。它是相对于物体与CAD或扫描仪三维扫描的程序制作物理模型，它是利用在多个行业，包括建筑、工程、建筑、工业设计、鞋类、珠宝、牙科和医疗产业、航空航天、汽车、消费品、甚至教育。
It has been almost 30 years since the technology of 3D printing had been introduced; the technology is set for revolutionizing teaching laboratories and research. With the passage of time, almost all industries have been considering the application of this technology for a number of different purposes (Felix 2010). The technology of three dimensional printing is known to be having the potentiality for impacting the activity to transmit information in a manner that is similar to the impact of these earlier technologies such as telefacsimile and photocopying (Diaz 2013). This technology of 3D printing is referred to as a process used to make a solid object of three dimension over virtually shaping the model of digital forms. The technology is achieved by the use of additive process, where there is laying down of successive layers over material in a number of different shaped.
This technology of 3D printing is known to be different from the traditional techniques of machinery that mostly has a reliability over material through a number of different methods like drilling or cutting that are also considered as subtractive processes (Freedman 2013). This technology is used for both distributed manufacturing and prototyping as it is applied in a number of industries such as military, aerospace, automotive, industrial design, construction, architecture, medical and dental industries, civil engineering, food, systems of geographic information, education, eyewear, jewellery, footwear, fashion, and a number of other fields (Diaz 2013).
3D printing is referred to as a form of technology for additive information where an object of three dimension is developed as the successive degrees of material is laid down. It has also been referred to as rapid or fast prototyping, is a method of mechanization where there is quick development of 3D objects over a machine with reasonable size is connected to the computer that consists of blueprints related to the object (Diaz 2013). This method of revolution for the creation of 3D models by the utilization of inkjet technology helps in saving cost and time by the elimination of need for designing, printing and gluing together the separate parts of model. The key principle involves the cartridges of material, flexibility with respect to output and code being translated within a pattern of visibility. 3D Printers are referred to as machines that help in the production of physical models of 3D from the data of digital for by being printed in different layers. It is known to be making physical models with respect to objects either developed with the program of CAD or scanning with a scanner of 3D. It is utilized in a number of industries that include construction and engineering, architecture, design of industry, footwear, jewellery, medical and dental industries, aerospace, automotive, consumer products and even education.
