Einstein Pro XL Dental 3D Printer System

Einstein Pro XL Dental 3D Printer System Einstein Pro XL Dental 3D Printer System is a DLP-based polymer printing system that uses a 4K ultra-high-definition projector to deliver precision printing of 45 microns in X and Y across a large build area of 9.8 x 5.5 x 6.5 in (249.1 x 140.1 x 165.1 mm). The high-speed printer features proprietary Hyperprint technology that reduces print times with strategically applied heat and a closed-loop sensing system, in addition to other enhancements. Joins the entry-level Einstein desktop printer launched in 2022 as a complete set of printers for dental and medical professionals. It can 3D print a wide range of resins for dental models and other devices such as bite guards. It can also print the company’s proprietary Flexcera material for strong temporary and permanent restorations. The Einstein Pro XL is a DLP printing system, a form of 3D printing photopolymers that originated in 2002 with the EnvisionTEC Perfactory series, the base platform for the Einstein Pro XL. Premium Materials The Einstein Pro XL is qualified to 3D print Desktop Health’s most popular dental materials. The full family of Flexcera materials — including Flexcera Base, Flexcera Smile and Flexcera Smile Ultra 2 — is qualified on the Einstein Pro XL to print temporary and permanent restorations. An FDA 510(k) cleared Class II material, Flexcera Smile Ultra prints strong and beautiful temporary and permanent dental restorations, including veneers, crowns, bridges, and dentures. The Benefits of DLP Printing DLP delivers both speed and quality by harnessing the power of a high-definition projector to rapidly flash and cure one layer of resin at a time using a theater-quality DLP chip. Because projectors expose light in pixels, the brightness of each pixel can be controlled individually. That allows for curing of each pixel to different depths or volumetric pixels, also known as voxels. The ability to control each voxel dramatically improves the accuracy and surface quality of 3D printed parts, especially when paired with custom optics and specific light wavelengths.