Rachel Karni, DDS
Rachel Karni, DDS, brings gentle precision to Bergen Beach smiles, blending advanced United States dental science with neighborly care. A graduate of top-tier American academies, she treats every patient—from toddlers to grandparents—with bespoke, anxiety-free care.
2035 Ralph Ave, Brooklyn, NY 11234, United States
+1 718-763-4522
Rachel Karni, DDS delivers comprehensive cosmetic and family dentistry at 2035 Ralph Ave, Brooklyn, NY 11234, combining state-of-the-art digital imaging, pain-free laser procedures, and same-day crowns with a warm, multilingual team that keeps appointments running on time; patients value transparent pricing, flexible financing plans, and 24/7 emergency availability at +1 718-763-4522, making high-quality care both accessible and convenient.
| Friday | 10 AM–2:30 PM |
| Saturday | Closed |
| Sunday | Closed |
| Monday | 10 AM–2:30 PM |
| Tuesday | Closed |
| Wednesday | 2:45–7:30 PM |
| Thursday | Closed |
Faq
Is Rachel Karni, DDS accepting new patients in Brooklyn, NY?
Yes, the Brooklyn office at 2035 Ralph Ave, Brooklyn, NY 11234, United States is currently welcoming new appointments; call +1 718-763-4522 to check availability and secure your preferred time slot with Rachel Karni, DDS.
What insurance plans does Rachel Karni, DDS participate in?
The practice accepts most PPO and Medicaid plans, and the front-desk team will verify your benefits and annual maximums before treatment so you know exact co-pays and out-of-pocket costs.
How do patients rate the quality of care at Rachel Karni, DDS?
Across major review platforms the office holds an average rating of 2.8 stars, with compliments on gentle numbing technique and critiques occasionally pointing to wait times, giving prospective patients a balanced snapshot of the experience.
What advanced technology does Rachel Karni, DDS use?
The clinic features digital X-rays that cut radiation by up to 90%, intra-oral cameras for co-diagnosis, and same-day laser cavity preparations that often eliminate the traditional drill noise and vibration.
