In recent years, 3D printing technology has developed rapidly, and innovative applications in jewelry and other professional fields have continued to break through. 3D printing and virtual reality (the combination of technical means such as augmented reality has created good opportunities for the personalization, digital and intelligentization of the jewelry industry. The product presents an unprecedented artistic visual effect, and the 3D printing technology has gradually become an innovative engine of the intelligent innovation engine of the jewelry industry.
gold jewelry sales Information integration in the other links. The traditional jewelry processing process needs to print, embraces, wax, and repair molds. Not only is the program complicated, the equipment, places, materials, labor costs and time costs are also very large. Traditional manufacturing is the manufacturing is Material reduction manufacturing, 3D printing technology is manufactured by additive materials, using metal and plastic related materials, and based on the digital model of the computer, the method of increasing the material by layer by layer to form an object. The progress of the gold jewelry industry has impacted the traditional jewelry production model. There are two main types of 3D printing technology solutions used in the jewelry industry:
Sinterns. It is a 3DCAD -based additive manufacturing process. With 3DCAD files as the source of digital information and energy, the technical solution for setting up the tiny metal powder layer through high -power laser beams. n n n n n n n n n R n The other is to use 3D printing wax mold and resin mold (LCD/DLP/SLA and other technologies) to use loss wax casting technology. For the AnyCubic PhotonMonOSE3D printer of the LCD optical curing technology that I have contacted, this solution It can effectively improve the speed and accuracy of the most important wax model manufacturing process in the traditional jewelry manufacturing process, and achieve rapid mass production. Whether it is indirectly applied to the jewelry manufacturing industry, it can simplify the current jewelry production process and promote the industrial development to the personality of the personality. Development, precision, digital and intelligent development.
3D printing precious metal technology is mainly used in high value -added fields. This technology is directly used to print jewelry, which is low cost performance and is not suitable for large -scale batch production. Anycubic PhotonMonose3D printer, not only the machine is cost -effective, the printing speed is also fast (Max80mm/h), which is suitable for large -scale batch production.
Therefore, the jewelry industry currently mainly uses 3D printing mold technology to pass the professional three -dimensional three -dimensional. Design software systems, online interactive systems, material libraries, model libraries, display platforms, etc., reached micron levels and AnyCubic PhotonMonose high -quality 3D printer through dewaxing casting technology, using the database resources in the system to design jewelry.
In recent years, 3D printing technology has developed rapidly, and innovative applications in jewelry and other professional fields have continued to break through. 3D printing and virtual reality (the combination of technical means such as augmented reality has created good opportunities for the personalization, digital and intelligentization of the jewelry industry. The product presents an unprecedented artistic visual effect, and the 3D printing technology has gradually become an innovative engine of the intelligent innovation engine of the jewelry industry.
gold jewelry sales Information integration in the other links. The traditional jewelry processing process needs to print, embraces, wax, and repair molds. Not only is the program complicated, the equipment, places, materials, labor costs and time costs are also very large. Traditional manufacturing is the manufacturing is Material reduction manufacturing, 3D printing technology is manufactured by additive materials, using metal and plastic related materials, and based on the digital model of the computer, the method of increasing the material by layer by layer to form an object. The progress of the gold jewelry industry has impacted the traditional jewelry production model. There are two main types of 3D printing technology solutions used in the jewelry industry:
Sinterns. It is a 3DCAD -based additive manufacturing process. With 3DCAD files as the source of digital information and energy, the technical solution for setting up the tiny metal powder layer through high -power laser beams.
n n n n n n n n n R n The other is to use 3D printing wax mold and resin mold (LCD/DLP/SLA and other technologies) to use loss wax casting technology. For the AnyCubic PhotonMonOSE3D printer of the LCD optical curing technology that I have contacted, this solution It can effectively improve the speed and accuracy of the most important wax model manufacturing process in the traditional jewelry manufacturing process, and achieve rapid mass production. Whether it is indirectly applied to the jewelry manufacturing industry, it can simplify the current jewelry production process and promote the industrial development to the personality of the personality. Development, precision, digital and intelligent development.
3D printing precious metal technology is mainly used in high value -added fields. This technology is directly used to print jewelry, which is low cost performance and is not suitable for large -scale batch production. Anycubic PhotonMonose3D printer, not only the machine is cost -effective, the printing speed is also fast (Max80mm/h), which is suitable for large -scale batch production.
Therefore, the jewelry industry currently mainly uses 3D printing mold technology to pass the professional three -dimensional three -dimensional. Design software systems, online interactive systems, material libraries, model libraries, display platforms, etc., reached micron levels and AnyCubic PhotonMonose high -quality 3D printer through dewaxing casting technology, using the database resources in the system to design jewelry.