Teeth are widely regarded as one of the most important organs in zinc alloy die casting the body due to their essential role in human nutrition and speech. According to the statistics, more than 300 million people in my country have some kind of tooth defect, which is equivalent to about 25 percent of the total population. The capacity of dentures to be used for chewing food. The effect can reach as much as seventy percent of the real teeth, and it can also alleviate problems with pronunciation and appearance that are caused by tooth defects. These problems were brought on by the absence of teeth. On the other hand, the development of cutting-edge technology has the potential to shorten the duration of orthodontic treatment from the standard two years to somewhere between six months and a year. This would cut the treatment time in half. The progression of digital technology has arrived at a stage where significant leaps are being made. At the same time, it has also made its way into a great deal of other aspects of oral medicine, particularly in the navigation of oral surgery, the preparation of restorations, and the production of appliances. These are just some of the areas in which it has been implemented. At this time, the world's first domestic denture dual-laser metal 3D printer was shown off to the public for the first time. It is one of the representatives.

This apparatus and system was designed and created by the team at Nanjing Qianzhi Technology. They are also responsible for its development. A former Chief Executive Officer of the Siemens business unit, he has held this position in the past. The fact that it possesses two fully-functional laser systems, each of which is capable of operating independently while also operating in parallel, is perhaps the most notable feature that it possesses. Both of these laser systems can function in both of these modes simultaneously. When compared to the success rate of the conventional method of producing dentures, which is 0%, this rate is significantly higher. It is difficult and expensive to become the mainstream option for domestic denture CNC machining services processing in international markets, despite the fact that Germany's ConceptLaserM2 has achieved dual-laser printing. In spite of the fact that it was developed in Germany, this is the result.

Teeth are widely regarded as one of the most important organs in the body due to their essential role in human nutrition and speech. According to the statistics, more than 300 million people in my country have some kind of tooth defect, which is equivalent to about 25 percent of the total population. The capacity of dentures to be used for chewing food. The effect can reach as much as seventy percent of the real teeth, and it can also alleviate problems with pronunciation and appearance that are caused by tooth defects. These problems were brought on by the absence of teeth. On the other hand, the development of cutting-edge technology has the potential to shorten the duration of orthodontic treatment from the standard two years to somewhere between six months and a year. This would cut the China die casting manufacturer treatment time in half. The progression of digital technology has arrived at a stage where significant leaps are being made. At the same time, it has also made its way into a great deal of other aspects of oral medicine, particularly in the navigation of oral surgery, the preparation of restorations, and the production of appliances. These are just some of the areas in which it has been implemented. At this time, the world's first domestic denture dual-laser metal 3D printer was shown off to the public for the first time. It is one of the representatives.

This apparatus and system was designed and created by the team at Nanjing Qianzhi Technology. They are also zinc alloy die casting factory responsible for its development. A former Chief Executive Officer of the Siemens business unit, he has held this position in the past. The fact that it possesses two fully-functional laser systems, each of which is capable of operating independently while also operating in parallel, is perhaps the most notable feature that it possesses. Both of these laser systems can function in both of these modes simultaneously. When compared to the success rate of the conventional method of producing dentures, which is 0%, this rate is significantly higher. It is difficult and expensive to become the mainstream option for domestic denture processing in international markets, despite the fact that Germany's ConceptLaserM2 has achieved dual-laser printing. In spite of the fact that it was developed in Germany, this is the result.

There is a void in the market that could be filled by this product. According to the statistics, my country needs at least one thousand 3D denture printers in order to keep up with the significant demand that is being created by its growing population of elderly people. However, as of this moment in time, my country does not have more than one hundred devices, and of those, fifty percent are devices that were brought in from other countries. Second, when it comes to the printing of particular products, the performance of domestic printing equipment is superior to that of imported printing equipment. This is because domestic printing equipment is manufactured in the United States. The powder bed selective laser molten metal 3D printing technology is currently the type of 3D printing technology that is used in the direct manufacture of denture crowns more frequently than any other type of 3D printing technology. The processing of the tooth with porcelain comes at the very end of the production of porcelain teeth and is the final step. This manufacturing process includes digital scanning and modeling of patient dental models, three-dimensional design of dentures, 3D printing of denture green bodies, degreasing and high-temperature sintering, and glazing of the finished product. Companies such as Lithoz, 3DCERAM, and ADMATEC are three examples of the types of businesses that are typical of those that process ceramics using technology for light-curing 3D printing.

Xjet, which is well-known for its nano-metal jet technology, has replicated the 3D printing technology used for metal and implemented it in the ceramic industry. In spite of this, the cost of all-ceramic crowns continues to be relatively high. This is because the manufacturing process requires material to be cut away from a zirconium disc using a cutting tool, which results in the material being wasted. On the other hand, the 3D printing technology has a distinct advantage over traditional printing methods when it comes to the efficient use of raw materials. Customers who place a high value on appearance but are less concerned with cost are increasingly gravitating toward purchasing items that are made entirely of ceramic, which is quickly becoming the go-to option in the marketplace. The application of the metal 3D printing technology that has seen the greatest amount of widespread adoption is the mass customization of cobalt-chromium alloy crowns. Porcelain teeth that are made from this kind of metal material still have a large share of die casting aluminum the market because they offer prices that are comparable to those of other products in the same category. When viewed through this lens, the benefits that the metal 3D printing technology brings to the table in terms of the production cost of dental crowns and the efficiency of doing so become more apparent. It is possible to print wax models using a 3D printer, and it is also possible to print resin models using a 3D printer.