Proto-tech

The seminal work reported by Condon and Ferracane in 1996 introduced the Oral Wear Simulator by demonstrating a strong correlation to clinical wear results in both abrasion and attrition wear. This article has disappeared from some online databases, so here it is for easy access: Condon1996 Evaluation of Composite WearDownload

Where is this Wear Article? The seminal work reported by Condon and Ferracane in 1996 introduced the Oral Wear Simulator by demonstrating a strong correlation to clinical wear results in both abrasion and attrition wear. This…

Proto-tech Salutes IADR Meeting -

Proto-tech Salutes IADR Meeting

John Condon, M.S. Biomedical Engineering The pioneering research on the intra-oral wear of dental filling materials led to a consensus view that the degradation of restoratives took place mainly through two mechanisms. However, the need to reproduce these mechanisms in an in vitro simulator remained a challenge. Three body wear causes the generalized loss of material in contact free areas through the mild abrasive action of the food bolus....

Contributions of the OHSU Oral Wear Simulator to Dental Materials Research John Condon, M.S. Biomedical Engineering The pioneering research on the intra-oral wear of dental filling materials led to a consensus view that the degradation of restoratives took…

Instruments by Proto-tech Research help take the guesswork out of clinical dentistry every day.

The quest for the ultimate dental restoratives continues, with help from Proto-tech Research. Check out our essential testing systems online at www.prototechresearch.com.

Wear of dental restoratives is what we lean into every day. Have a look at the many studies our Oral Wear Simulator has been used in. https://www.prototechresearch.com/wear-simulator-references.html

Proto-tech salutes the pursuit of perfection in esthetic dentistry.

Thermal cycling is a fundamental method to determine the durability of dental restorations. The Proto-tech system provides reliable testing worldwide, as this summary of recent publications attests. No blowtorch required.
https://www.prototechresearch.com/thermal-cycler-references.html

Proto-tech salutes dental materials researchers, and keeps headaches to a minimum with our high-quality testing systems.

This month Proto-tech celebrates dental researchers and the quest to find improved therapeutic outcomes, and has some fun with AI, thanks to Imagen 3.

Researching the fatigue resistance of restorative materials and structures is a mainstay of dental research, but the equipment available has traditionally been cumbersome or expensive. Mechanical testing machines as subject to wear, hydraulically-driven instruments are expensive and devices that use static weights are inaccurate. Consistent loading is essential for a phenomenon already plagued by uncertainty, the way fatigue is. These challenges were addressed in Proto-tech's precision-solenoid driven platform, which provides four stations of loading in an computer-controlled device....

Never Tired of Fatigue Cycling Researching the fatigue resistance of restorative materials and structures is a mainstay of dental research, but the equipment available has traditionally been cumbersome or expensive. Mechanical t…

After 25 years as an industry leader, Proto-tech's Oral Wear Simulator received several upgrades that will ensure its place in the pantheon of dental materials research tools. Simultaneous thermal cycling was the request from a Southeast Asian University, and Proto-tech accepted the challenge. First the chambers were modified so that a stream of alternating hot or cold fluid flowed downward, over the specimens and out through a port in the base....

Oral Wear Simulator Goes Deluxe After 25 years as an industry leader, Proto-tech’s Oral Wear Simulator received several upgrades that will ensure its place in the pantheon of dental materials research tools. Simultaneous th…