In recent years, the application of 3D printing technology in dentistry is more and more, such as denture repair, orthodontics, implantation and other aspects of the 3D printing figure. Some industrial-grade 3D printers have also appeared specifically applied to the dental special model, can assist dental hospitals, denture processing to achieve the digital transformation. Here are two aspects to understand the specific industrial-grade 3D printer to the dental industry to bring changes.
One, help the denture processing center production upgrade
I work in the denture processing center recently and the black grid technology cooperation, the introduction of 3D printing equipment. The machine they provided is an industrial-grade dental-specific printer, model UltraCraft A2D, this printer's high printing precision, in line with the needs of dental production, the output of delicate, high molding accuracy, coupled with AI intelligent separation technology, optimized 3D printing peeling force, the printed product is more accurate compared to the previous. As a special application in dental 3D printing machine, it has adaptive tray components, the machine needs to replace the tray immediately after playing a material is no longer a hassle.A2D support for material zero error rapid switching, convenient and fast, improve the production efficiency of the denture processing plant to produce dental products required, but also increase the flexibility of the choice of materials.
Two, oral dental diagnosis and treatment of digital upgrading
Industrial 3D printers promote the oral digital diagnosis and treatment process. To oral orthodontics, for example, before the need to bite the silicone rubber to make dental molds, accuracy is prone to relatively large errors. Today there are some dental hospitals have been digitally upgraded, the application of digital equipment for diagnosis and treatment, the doctor in the patient after taking oral CT, with an oral scanner to obtain the patient's accurate oral data, the data will be transmitted to the prosthetic processing, the technicians to develop orthodontic dental program, with industrial-grade 3D printer to print out the dental model, and finally according to the dental model heat-pressing out of the invisible braces. The invisible braces made in this way are highly compatible with the original data, with small errors and accurate and predictable orthodontic results. The use of industrial-grade 3D printers provides favorable conditions for digital upgrading of dental diagnosis and treatment, reducing the rework rate of denture processing, making the doctor's diagnosis and treatment more accurate and efficient, and for the patients, they can also get better treatment results.
With the increasing use of industrial-grade 3D printers in dentistry, these applications have brought about a number of positive changes in both work efficiency and work results for dental-related practitioners.