,Thirty years of research and development may seem like a long time, but when the result is All-Bond Universal, the wait becomes well worth it. Specifically formulated to be compatible with light-, dual-, and self-cured materials and used with both direct and indirect restorations, All-Bond Universal has proved itself over the past decade as an invaluable adhesive system that dentists can rely on for a strong bond with virtually no postop sensitivity., ,BISCO’s flagship single-bottle universal adhesive, All-Bond Universal has been a DPS Best Product almost as long as it’s been on the market, with clinicians lauding its excellent bond strength, versatility to be used with both indirect and direct restorations, and decreased postop sensitivity. “I like the 1-bottle approach,” noted DPS evaluator Dr. David Feick, who said it makes managing inventory easier and more predictable. “Using All-Bond Universal, with its versatility, will definitely allow me to cut down on supplies and the number of bottles around.”, ,BISCO products are well-known for their chemistry and compatibility, and All-Bond Universal is no exception. The science behind the adhesive has much to do with the fact that it contains MDP monomers, which enhance its durability and provide high shear bond strength to dentin and all substrates. Applying the adhesive is simple thanks to its low film thickness, which allows it to readily flow into etched surfaces, and because it is moisture tolerant, it will bond in a wet environment., ,”Over my years of practicing dentistry, I’ve successfully used many different BISCO products,” noted Scott Miller, DDS, who practices in Skokie, IL. “My positive experience with those products, along with the knowledge that the company spent over 3 decades performing research to develop a universal adhesive, made trying All-Bond Universal adhesive an easy decision.”, ,For Dr. Miller, the fact that the adhesive is not moisture sensitive is a game changer. “When I use All-Bond Universal, I have total confidence that the bonding resin will get into the dentinal tubules and onto the etched enamel to form the bond properly,” he added.
