We don’t believe in rebranding our materials. Our go to zirconia is Argen HT+, Argen Anterior STML, and Ivoclar Zircad Prime.

Both pressing and milling have a place in our lab, and each have their advantages and disadvantages.

Trios, iTero, Sirona, Medit, Carestream, the list is growing longer by the day. We have portals and access to almost all leading IO scanner systems.

Implants take up a large part of our work. We can help you right from the beginning with planning, designing and printing the surgical guide in house. When it comes to restorations we work with many manufactures. Whether it is single screw-retained crowns, angulated screw channels, multi-unit abutments, or all-on-x style hybrids we’ve got you covered.

Our favorite way to produce PFM framework is by milling them out of a solid block of CoCr. While milling metal is difficult on machines, the 1 to 1 manufacturing completely eliminates any of the rocking or expansion problems that made traditional casting unreliable. Having extensively tested SLM metal, and 3d printed and casted metal, milled metal is by far the most predictable.

As part of our mission to produce nearly everything we work on right in the lab, 3d printing is has become forefront. Surgical guides, night guards, temporaries, press/cast patterns, models, much of what we do touches a 3d printer at some point. Pictured above is our newest 3d printer the Asiga Pro 4k.