Why do digital dentists choose 3D printing? We all know that in the traditional dental mold making process, from obtaining the impression to making the dental mold with plaster pouring, it will cost a lot of manpower, and the whole manufacturing process will produce a lot of dust, waste and noise pollution. At the same time, the accuracy of the dental mold can not be guaranteed. Therefore, more and more technicians begin to seek digital methods and use cleaner, quieter Efficient production tools to replace the traditional dental mold making process.

In the process of dental digital application, CNC digital processing mode, that is, reduced material manufacturing mode, was first accepted by everyone. At present, CNC has been widely used in the production of digital dental molds, especially in crown and veneer restoration.

Through computer calculation and control, zirconia materials are cut to obtain accurate crowns and veneers. CNC manufacturing can support small batch production, but through long-term use, we found that the process of small batch production through CNC is relatively slow, and it will cause a lot of material waste, which virtually increases the cost of denture processing. At the same time, small batch production requires frequent maintenance and replacement of accessories, such as drill bits, belts, etc. Therefore, small batch manufacturing through 3D printing has also become the first choice for many digital technicians. Of course, 3D printing can not only carry out small batch production, but also provide a new fast and convenient manufacturing way in the development of new businesses such as implant guides and orthodontics.

According to the survey, using the full digital manufacturing process of intraoral scanner +3d printing, the front-end dentist can almost make no adjustment in the process of intraoral teeth wearing, and the return rate of dental crowns produced by technicians has been reduced from 5% to 1%. Now, more and more technicians have replaced manual operation through more convenient, effective and convenient equipment production mode. The extensive application and advanced level of the equipment also determine the production level of the technician Institute to a certain extent.

At present, dental digitalization has become an inevitable development trend of the global dental industry, and 3D printing, as an indispensable part of it, has been paid more and more attention by dental practitioners, and the popularity is also increasing year by year.
Why choose LCD dental 3D printer? At present, three technologies are mainly used in dental 3D printing applications - SLA, DLP and LCD. These three technologies have different characteristics:

Technology type	Forming method	Forming area	Accuracy	Speed	Equipment cost	Applicable fields
LCD	Surface curing	In	High	Fast	Low	Small batch production of Orthodontics, prosthetics, guide plates, etc
DLP	Surface curing	Small	High	Slow	High	Chair side repair and small-size model making
SLA	Point curing	large	Low	Slow	Very high	Mass production of orthodontic models

Forming size

The forming size of dj89 is 192x120x100mm. Such a large size can be tiled and printed once, and 13 1/4 dental molds and 4-5 half mouth models can be printed. The printing time of a version only takes 1.5 hours, and the average production time of a model is only about 15 minutes, which greatly improves the work efficiency.

Forming accuracy
As you may know, the forming accuracy of 3D printing equipment mainly depends on the level of hardware, the quality of light source and the stability of materials. In terms of structure, the key components of dj89 use the products of international hardware manufacturers with high standards in the market, such as imported brand ball screws, bilinear guide rails, etc. at the same time, the light source adopts the integral light source independently developed, so it is impeccable in terms of product quality and structural stability.

Equipped with hollow model + vent design function

Dj89 adopts piocreat professional dental typesetting software, which not only supports automatic typesetting, but also integrates many basic design functions necessary for dentistry, such as model hollowing processing and vent design. This function greatly facilitates the operator's processing of the model. At the same time, through hollowing processing and vent design, it can also greatly reduce material consumption and maximize the strength of the model.