More Options, More Flexibility: A Look at the Latest Solutions from DESS® One thing we hear consistently from our customers is that they want more options without adding more complexity to their workflow. That is something we think about a lot at …
Read MoreDESS® ONE MORSE: A Seamless Approach to Implant Dentistry When choosing an implant system, reliability matters, but so does how easily it fits into your existing workflow. DESS® ONE MORSE combines a stable, reliable implant design with the co …
Read MoreJimmy Stegall, CDT | Here To Serve Dental LLC Choosing the Right Ti-Base: Why This Decision Matters More Than You Think Let's talk about something that I think gets glossed over way too often in our implant workflows — Ti-Base selection. I know …
Read MoreDESS Resources to Help You Work Smarter in Digital Dentistry Whether you're restoring a single implant, designing a full-arch case, or looking for a compatible restorative solution, having the right resources at your fingertips can save valuable time …
Read MoreWhen discussing implant success, the focus is often placed on surgical outcomes, implant integration, and treatment planning. Yet many of the challenges that impact profitability, efficiency, and patient satisfaction occur during the restorative phas …
Read MoreIntroduction The DESSLoc® system delivers a highly reliable, efficient, and user-friendly solution for removable overdenture restorations. Engineered with exacting precision, DESSLoc® components optimize stability, retention, and long-term fu …
Read MoreSelecting the proper prosthetic components for complex full-arch cases is pivotal in achieving a stable, long-term outcome. DESS Multi-Unit Abutments (MUAs) are an industry staple for "All-on-X" treatments due to "Pure Switch" concept—offering …
Read MoreOne of the most common questions I get from lab technicians is some variation of: "I keep hearing about DESS components, but how do I actually use them in my workflow?" It’s a fair question. Having great components means nothing if you cannot d …
Read More