Additive manufacturing, also known as 3D printing, is the pioneer of digital dentistry. Additive manufacturing emerged as a new technology in the 1980s, but it did not become mainstream until the 21st

Numerous clients worldwide have ordered EP-M150 metal dental 3d printer from Eplus3D and some of them have already been ready for shipment.

Compared to traditional methods, 3d printing being applied in dentistry can bring many advantages. If you are looking for a metal dental 3d printer, additive manufacturing machine EP-M150 from Eplus3D is highly recommended. Why?

3D printing technology has been applied to various types of industries, such as tooling, automotive, aerospace consumer products and others. But it’s still relatively new to dentistry. Today we will present you the major advantages and challenges of 3D printing in dentistry compared to traditional technology to help you have a better understanding of their differences.

Studies have shown that titanium alloy has strong wear resistance, good cell compatibility and strong corrosion resistance, which is the first choice of dental application materials, followed by cobalt-chromium alloy materials.

Modern 3D printers are compatible with a number of plastics and metals that meet these qualifications. Today, we’ve outlined a few of the most commonly used 3D printed materials for the cranial plates.

Facing the market challenges, EPLUS 3D worked together Voxeldance to overcome the difficulties. After months of testing and optimization, we developed a series of excellent 3D printing pre-processing software tools for dental application.

3D printing in dentistry and orthodontics is relatively new, but it’s already impressively large and is constantly growing and developing.

Dental 3D printing is a new technology in digital dentistry.