Jang Young a DDS
Tucked amid the cafés and jazz bars of Morningside Heights, Dr. Jang Young’s unassuming loft-style clinic has become the smile-saving refuge for Columbia students, Broadway musicians and local families alike. With a DDS honed at NYU, a painter’s eye for symmetry and a calm chair-side manner, Young blends cutting-edge American technology with gentle artistry, quietly proving that meticulous dentistry can transform both bite and confidence across the United States.
606 W 116th St #62, New York, NY 10027, United States
+1 212-222-6206
Jang Young a DDS delivers comprehensive, patient-centered care from a modern, conveniently located Upper Manhattan office at 606 W 116th St 62, New York, NY 10027. Same-day emergencies, pain-minimizing technology, and transparent pricing combine to create a stress-free experience, while flexible appointment blocks and direct insurance handling save valuable time for busy professionals and families alike; call +1 212-222-6206 to schedule.
Faq
Where is Dr. Jang Young located in New York City?
Dr. Jang Young practices at 606 W 116th St 62, New York, NY 10027, a wheelchair-accessible office in Morningside Heights directly across from Columbia University, making it convenient for residents of Upper Manhattan and students alike.
What insurance plans does Dr. Jang Young DDS accept?
The practice accepts most major PPO and Indemnity plans including Delta Dental, Cigna, Aetna, MetLife, and UnitedHealthcare; call +1 212-222-6206 with your member ID to verify in-network status and get an instant benefit check.
Does Dr. Jang Young offer same-day emergency appointments?
Yes, the office reserves daily emergency slots for toothaches, broken crowns, or avulsed teeth; patients of record can usually be seen within two hours, and new patients are encouraged to text 212-222-6206 with a photo for triage.
What advanced technology does Dr. Jang Young use?
Dr. Young employs digital X-rays that cut radiation by 90%, intra-oral scanners for crown impressions without goop, CAD/CAM same-day crowns, and laser cavity detection to find decay when it’s still reversible.
