About Digital Dental Fusion

Digital Dental Fusion is among the world’s largest producers of custom digital dental restorations. Established in 2013 in Korea as The Dental Solution and then in the US in 2017 as Digital Dental Fusion by Daniel Cho, ND, Digital Dental Fusion continues to build on its storied history of technological innovation and committed to making comprehensive treatment more accessible to patients around the globe.

These days patients are expecting more from their dentists. They’re demanding a higher standard of quality in their dental prosthetics, they want the process to be completed quickly and at the lowest cost. Dentists are looking to streamline workflow efficiency in order to make the most of their time, thereby increasing daily revenue, all the while meeting patients’ expectations. 

It’s clear to us that the conventional way of doing things no longer meets today’s standards.

Digital Dental Fusion’s dental restorations will meet patients’ expectations with competitive pricing and restorations with unparalleled lifelike aesthetics and proper fit at delivery. Dentists benefit from our digitally produced appliances, manufactured with such accuracy that 99.9% fit right the first time. Our quick turnaround times, streamlined measurement process and remarkably fitting prosthetics will satisfy patients’ needs, while freeing up the day to take on more cases. 

Daniel Cho, ND, CEO

For over 40 years, Daniel Cho has had his hands in all things dental on the lab side.

He has extensive knowledge and expertise in dental materials science, research and development, and dental laboratory manufacturing procedures. He has established leading dental laboratories worldwide, including Korea and in the U.S.

Respected for his expert techniques and innovation in the dental field, Daniel lectures worldwide. Along with ZIRPEEK® and digiSmile®, Daniel invented a new milling technique: 0.2mm thin zirconia veneer milling, which is used for non-prepped veneers. He also developed a zirconia veneer inner surface treatment technique for high bonding strengths.