quality + tradition + innovation Dental technology and more SLM Machine CAD/CAM Milling Machines Sinter Furnaces Zirconia Blanks and more ~££££i%*.;£♦>** f *-v.£v•.*.*•• ■. JV *%^«:^>**:-****- • • *-.* *?*■■*• .f^/T ‘ ■ • .

CAD/CAM LINE Milling machines One for all materials All our milling machines allow processing of various materials: cobalt-chromium, titanium and titanium alloys, zirconium oxide, lithium disilicate (glass ceramics), resins like PMMA composite, wax, nano-composites and other materials, yet to come in the future. They are all achieving highest standards in quality, speed, precision, and compatibility. Our machines offer an extremely favourable ratio between the price and quality; they are compact, space-saving and mobile. They all provide fiveaxial simultaneous operations with automatic tool change...

ARROW MILL SMART ARROW MILL SIRIO The Arrow Mill Smart machine offers additional value for your laboratory with high accuracy and productivity. It allows great flexibility due to the large tool changer. It is built on cast iron construction that ensures minimal vibration. Smart is suitable for large, medium and smallsized laboratories. It can be placed on top of the furniture, so it saves space. The Arrow Mill Sirio machine is especially easy to use since the operation is achieved by special user-friendly software, and it’s just right for the first time CAD/CAM machine user. It is suitable for...

Sintering furnaces and more Arrow Protect Term furnace High-temperature sinter furnace for zirc o sinter m nia, etals and the rmal stabilizatio n Speed sinter furnace constructed not only for ZrO2 ceramics (zirconia) but also for sinter metals as well as for thermal stabilization, which is possible because of the use of inert gas. Arrow Protect Term offers notably reduced sinter times. Sintering programme control was developed specifically for Arrow Protect Term. It’s easy to use; sintering with a push of the button. The furnace is heated according to the parameters defined by the user. Sintering...

Arrow furnace Intended for sintering dental restorations made of ZrO2 ceramics (zirconia) up to the temperature of 1500° C. Arrow Furnace is equipped with a Jumo regulation system and two heating elements, which provide efficient heat for a perfect process of sintering at low energy consumption. The furnace is heated depending on the parameters defined by the user and after the finished process it cools down gradually and automatically. Slow cooling is important to prevent extreme temperature differences which could have an impact on the dental products. Inner ceramic insulation provides that...

With each passing year, zirconia is gaining more and more market share, and in the future, we can expect even bigger expansion in the dental market. Zirconium dioxide is a polymorph material, which means, that in nature the pure zirconium dioxide exists in different crystal forms, depending on the temperature in which the crystal was formed. That’s why pure zirconium dioxide is unusable in dentistry. The tetragonal phase transformation takes place at 1173° C. To stabilize the tetragonal phase at room (body) temperature most of the producers, and so do we, use yttrium as a stabilizer. We produce...

ZIRCONIA ARROW BLANKS 098 mm , with or without step ZATH ZATH ZATH ZATH ZATH ZATH ZATH ZIRCONIA ARROW BLANKS Names under the * are registered trade marks and/or brand names of the producers. MODEL ARROW BLANKS FOR DENTAL MILLING SYSTEMS with or without step ZIRCONIA ARROW BLANKS Polygonal 98x88x16 mm Polygonal 98x88x18 mm Polygonal 98x88x20 mm Polygonal 98x88x25 mm Zirkon Arrow 93x75x16 mm Zirkon Arrow 93x75x18 mm Zirkon Arrow 93x75x20 mm MODEL ARROW BLANKS WAX different dimensions

selective laser melting Arrow Metal Printing System We’re proud to present our latest machine, Arrow metal printing, a machine, which prints metal into 3D objects. The operation principle is quite simple and easy to understand. A 3D model (of a bridge or crown, for example) is scanned and then prepared by special software into many layers, or slices. With a low-power built-in laser, the machine melts metal powder into desired 2D shapes. By adding next layer of metal powder and consecutive laser melting into the desired shape, it gradually adds more layers (standard layer thickness is 25 µm) until...