Our cutting-edge printers fabricate components using DLP and SLA techniques in an additive manufacturing process. Layers of material (resin) are placed on top of each other and then cured using UV light. The base on which the resulting product is to be located is immersed in a photosensitive material (resin) and exposed to the action of UV light of a specific power and wavelength. Subsequently, the desired areas are illuminated and perfectly cured. This process takes place layer by layer until the desired shape is formed. The final product is easily removed from the base, then placed in an isopropyl alcohol bath to remove excess material (resin), ensuring a smooth, non-porous surface. The last step to achieving an impeccable result is hardening the product in a special curing machine.

Milling machines work with digital dental structure models, created either by scanning a patient’s oral cavity with an intraoral scanner or using a digital design prepared by a dental lab technician. The milling process is carried out using CNC (Computer Numerical Control) machinery that can shape the desired material accurately and efficiently. Our latest milling machines work on a subtractive manufacturing principle and are fully automated for milling a variety of materials, such as zircon, cobalt-chrome, or PMMA. These machines use special milling burs designed to produce the required restoration accurately down to the very last detail from a blank, be it a block or a disc. Compared to traditional methods of manual shaping and modelling, they offer countless advantages, including accuracy, speed, adaptability, and quality.