The special features of 3d printing technology determine its future impact
The 3d printing technology can produce about 1,000 products in one instance, and each product can vary in its legibility and no additional costs are incurred. Currently, the price of a basic 3d printing press is lower than the price of a laser printer in 1985. In this way, no one predicts what kind of wide-ranging impact 3d printing technology will have in the years to come。
The 3d printing press works very simply. First, the product sketches are made on the computer and the shape and colour are fine-tuned. The printing presses were then pressed, the printing press became operational and the product slowly took shape. The 3d printing press can choose different modes of operation depending on the part of the product and the raw material, and the product is slowly formed in the process of layering the raw material, and eventually the oven can be a car spare part or a new invitation or an aircraft。
The beauty of 3d printing technology is that it enables the manufacture of products to take place after leaving large plants. Small-scale products can be done through any desktop computer that is located in an office, mall, home living room; large-scale products such as bicycle frames, body metal plates, aircraft parts require larger printing equipment and more space. But just as computer technology has evolved at a rapid pace in the last century, 3d printing will spread rapidly as technology itself improves and the cost of its use will decline dramatically。
The advantage of 3d printing machines clearly cannot be compared to other machines
Currently, the price of a basic 3d printing press is lower than that of a laser printer in 1985. It is conceivable that prices are relatively cheap. 3d printing, which does not require product production lines, significantly reduces costs; printing the same product, which requires only one tenth of the raw materials for 3d printing machines, greatly reduces the waste of raw materials; and again, 3d printing allows operators to make random changes to the zero parts of various products, which cannot be achieved by traditional printing machines. Previously, 3d printing technology had been used only for model production in aerospace, medicine and automation. 3d printing technology is now available for making the creation itself. The printing press can already match the apostrophe model, and 3d can produce about 1,000 products one time. This number will continue to climb. In addition, each product produced through a 3d printing mechanism is individually formed, whereas, not duplicated from a model, 3d printing technologies lower the threshold for entry into manufacturing. If you can design a product on a computer, you can make it a reality. A small number of finished products are produced to test markets, which, if well-reacted, can continue to be manufactured and generate first-hand information on improved design from early user feedback, which will greatly facilitate innovators and starters in manufacturing. As a result, the 3d printing press has genes to promote innovative design. Like open source programmers working together by sharing software codes, the potential of 3d technology is incalculable, because he has survived for so many years, not been destroyed by any difficult setback, but is making progress, and progress is growing faster, as can be seen from the increasingly modern 3d technology and 3d products that can no longer be stopped. Nobody expected new technologies like printing machines from 1450, steam machines from 1750 and transistors from 1950Far-reaching implicationsAnd no one can predict the impact of 3d printing。
The 3d printing technology is highly volatile and is likely to disrupt every area of exposure. Although 3d printing technology will divide winners and losers in this application in the short term, it will, in the long run, expand the entire print industry and rapidly expand the imagination。
