Ten advantages of 3D printing technology compared to traditional industries
We all know that the characteristics of 3D printing technology can greatly reduce labor costs, which is of great significance to the Chinese economy that is in urgent need of transformation. In addition, using 3D printing technology, factories will be able to easily design molds and put them into mass production as soon as possible, compared to traditional factories in customizing samples to modify back and forth and repeatedly consume manpower manufacturing costs. Moreover, the advantages of 3D printing such as personalized design and short process are self-evident. Next, follow the editor of Yidimu to take a look at the top ten advantages of 3D printing technology compared to traditional craftsmanship.
Advantage 1: Manufacturing complex items does not increase the cost. In the traditional sense, the more complex the shape of the article, the higher the cost of manufacturing, which is undoubtedly an expensive expense for the enterprise. However, with the widespread application of 3D printers, the complexity of items will no longer be directly proportional to the cost. No matter how complicated the shape of the manufactured items is, 3D printers can easily solve them without increasing the cost, because 3D printing complex items and printing a simple item have nothing to do, 3D printing costs are only based on material cost and time cost As well as the cost of machine wear and tear, the emergence of 3D printing has changed the traditional pricing method and the method of calculating manufacturing costs.
Advantage 2: Product diversification does not increase costs. People’s thoughts are constantly changing, and designs are constantly changing into new ones. For traditional industries, product diversification is not only a test of manufacturing, but also a test of corporate strength. Because product diversification is immeasurable to the increase in various costs. But the 3D printer is different. It is like Doraemon, which can make objects of different shapes at will. Compared with traditional manufacturing equipment, 3D printing saves the cost of training mechanics and purchasing new equipment. 3D printers only need different digital blueprints and new raw materials.
Advantage 3: No assembly required. 3D printing is one-piece molding. Traditional mass production is built on a production line and requires manual assembly. The more parts of the product, the more time cost and labor cost. But 3D printing is different. The 3D printing process is integrated and does not require assembly. Omitting assembly shortens the supply chain and saves labor and transportation costs. The shorter the supply chain, the less pollution.
Advantage 4: Zero time delivery. Because of its particularity, 3D printing can be printed on the spot, so it reduces the inventory risk of the enterprise on a certain basis, and the enterprise can produce according to the needs of customers. This may become a new business in the near future. mode. At the same time, companies can also implement the nearby rule according to the needs of users, and zero-time delivery can minimize transportation costs.
Advantage 5: Zero skill manufacturing. A skill cannot be learned in less than a few years. Mass production and computer-controlled manufacturing machines reduce people’s dependence on skills. However, traditional manufacturing still requires professional machine adjustment and calibration. The introduction of 3D printing has changed this approach. As long as people have a three-dimensional data map, even for complex objects, they only need to input the three-dimensional data map into a 3D printer, and then click a button to start printing. The operation of 3D printers does not require too many skills, which opens up non-skilled manufacturing, opens up a new business model, and can provide people with new production methods in remote environments or extreme situations.
Advantage 6: It does not take up space and is portable manufacturing. In terms of manufacturing space, 3D printers have stronger manufacturing capabilities than traditional manufacturing machines. For example, an injection molding machine can only produce objects smaller than itself, but a 3D printer can print objects as large as the printing table. After the 3D printer is debugged, the printing equipment can move freely, and the printer can make objects larger than itself. Compared with traditional manufacturing machines, this is more suitable for home or office use because it requires less space.
Advantage seven: unlimited design space. Due to the influence of traditional manufacturing technology, many highly creative designs cannot be presented in the public eye, which limits the designer’s design innovation on a certain basis. For example, traditional wooden lathes can only produce round objects, rolling mills can only process parts assembled with milling cutters, and mold making machines can only produce molded shapes. But now, 3D printers can break through these limitations, open up a huge design space, and even make shapes that may currently only exist in nature, which opens up the material conditions for design innovation for designers.
Advantage 8: Reduce waste by-products. The waste of raw materials is often a considerable expense for enterprises. The waste of traditional metal processing is staggering. 90% of metal raw materials are discarded in the factory workshop. Compared with traditional manufacturing, 3D printers waste very little when manufacturing metal objects, and with the development of technology, “net shaping” will reduce the waste to “0”.
Advantage 9: unlimited combinations of materials. The combination of different materials is a challenge to traditional manufacturing, because traditional manufacturing machines cannot easily fuse multiple raw materials together during the cutting or mold forming process. With the development of 3D printing technology and the continuous increase of consumables, we have the ability to combine different raw materials for printing. Raw materials that could not be mixed before will be mixed to form new materials. These materials have a wide range of colors and unique properties or functions.
Advantage ten: accurate physical replication. With the continuous innovation of 3D scanning technology and 3D printing technology, more and more products are applied with precision and complexity, making it difficult to distinguish who is the genuine product and who is the copy. Now, the use of 3D printing to restore cultural relics is the best proof of this.
3D printing is no longer an unfamiliar word for many people. Today, we can already expect 3D printers to become essential equipment in enterprises, schools, and homes in the future. The data shows that the accuracy of 3D printing continues to improve, and the cost of 3D printing is also decreasing year by year, which brings a leap in the application of 3D printing technology. For more information, check the official website of Yidimu Intelligent Technology!