ABSTRACT This lecture describes a digital workflow that aids in transforming complicated occlusion cases into simple restorative cases, by replacing sophisticated analogue equipment with a predictable digital workflow. The full digital workflow includes a variety of digital technologies, techniques...

Learn from Dr. Curtis Westersund in this informative webinar with a calm, realistic approach to the problems you see in your office every day.

Thanks to innovative minds and developments in technology, robotic surgical systems continue to advance.

A clinical compilation of occlusion problems and solutions.

Advances in engineering have led to smarter medical devices, improved consistency among practitioners, and faster recovery time for patients. Force feedback is a crucial component in these advances and is made possible by thin, flexible, tactile force sensors.

International lecturer and co-author of Handbook of Research on Clinical Applications of Computerized Occlusal Analysis in Dental Medicine , Dr. Sarah Qadeer, lectures on occlusion as you know it today versus digital occlusion.

Engineers in many industries need reliable ways to measure compressive force, either during product development, or as an embedded component in a product or device. Load cells and force sensitive resistors are common force sensor technologies, but how do they compare?

Smart products eliminate guesswork, improve outcomes, and increase consistency. By incorporating force feedback into your device, you give the operator increased control and accuracy in their work. Download our free whitepaper to learn more.