[shared_counts]
Orthodontic Practice Webinar
The LightForce Digital Orthodontics Playbook-Treatment Efficiency & Practice Differentiation
This is an electronically delivered self-instructional course for dentists.
Contact education@medmarkmedia.com with questions or comments about this webinar.
Presented by: Dr. Alexander Waldman DMD
Free Education Webinar
Webinar: The Digital Orthodontics Playbook-Treatment Efficiency & Practice Differentiation
Register for this free webinar by completing the form below:
About The Webinar
Leveraging the fully custom LightForce system to enhance clinical outcomes while differentiating and growing your practice.
- Understanding how to use a digital workflow for bracket treatment.
- Why fully customized treatment is ideal.
- How cases are treated with custom brackets.
This is an electronically delivered self-instructional course for dentists
About The Presenter
Dr. Alexander Waldman is a Diplomate of the American Board of Orthodontics and a triple Ivy League trained orthodontist. He received his undergraduate and dental degrees from the University of Pennsylvania. Dr. Waldman completed his fellowship in orthodontics at Harvard University.
Dr. Waldman's private practice in Beverly Hills is recognized as one of the leading orthodontic practices in the United States. Dr. Waldman treats a wide range of children and adults and is an expert in all types of braces and Invisalign.
Dr. Waldman blends the latest research and technology with traditional, evidence-based orthodontic techniques, to provide patients with cutting-edge, orthodontic treatment. He has fully embraced digital technology to bring his patients more comfortable and accurate treatment options.
About the Sponsor
Based in Cambridge, MA, LightForce Orthodontics has created the world's first fully customized, 3D-printed, bracket system. Delivering a patient-specific prescription for each case, the LightForce system is unlike anything you've ever used. Each bracket is custom created and 3D-printed, bringing a new level of flexibility and clinical possibilities. This enhances treatment efficiency and minimizes time-consuming adjustments in all phases of treatment.
