Ceramill Motion 2 DRY with convincing new features

Amann Girrbach upgrades Ceramill Motion 2 with major machine update

When launched in 2012, the Ceramill Motion 2 5-axis milling unit redefined the industry standard in terms of technical capabilities, fabrication diversity and quality. On the occasion of its 10th anniversary, a major update was introduced with the new Mark IV generation of machines together with a new package: the DRY Package for dry milling.

The Ceramill Motion 2 was one of the first milling machines which could be used for both dry and wet fabrication. This shifted the value creation chain back to the laboratories. Worldwide, this generation of machines has clocked up over 10 million operating hours, making it the most successful upgrade-able hybrid platform of all times. This is also confirmed by enthusiastic customer testimonials, such as that of Benjamin Votteler from Dentaltechnik Votteler GmbH & Co. KG: "My Ceramill Motion 5x DNA works just like me: precise, fast, esthetic, versatile." 

To mark this success story, a major machine update has now been implemented and the Ceramill Motion 2 DRY has been upgraded with innovative milling strategies and a new, open C-Clamp blank holder. "The Ceramill Motion 2 DRY continues to represent the benchmark in terms of fabrication quality. The update enables laboratories to work even more efficiently, accurately and faster. Above all, the package impresses with its excellent price-performance ratio," explains Nikolaus Johannson, Head of the Global Business Unit Lab CAD/CAM at Amann Girrbach. In addition to the DRY Pack-age, two further anniversary packages are available: the HYBRID Package, which allows both wet and dry processing, and the CAPACITY Package, consisting of two milling units. Further information available at 

Fact box Ceramill Motion 2 DRY

  • Can be upgraded with a wet processing module
  • High Performance DNA grinding/milling strategies
  • Innovative Sculpturing Technology (C-Clamp)
  • Intelligent machine concept with powerful super high-frequency spindle