Innate Dental Solutions – Ennis

Innate Dental Solutions - Ennis is an Oral Surgeon in Ennis, TX, located at 2200 Physicians Blvd Suite B. The practice is led by Ozayr Mahomed, DMD, who serves as the Dental Director. He has placed more than 2,000 dental implants with a 99% success rate. The clinic specializes in single-tooth implants, All-on-4 Malo Bridge procedures, snap-on dentures, and fixed full arches. It also offers bone grafting and sinus augmentation. Patients receive transparent, all-inclusive pricing that is stated to be 40-50% below the Dallas average. A free consultation package is available, which includes a consultation, panoramic X-rays, and a full treatment plan. The practice uses advanced 3D imaging for precise results and includes a warranty free on every implant.

The surgical team consists of three doctors who place every implant on-site. Dr. Mahomed is a periodontist on staff and guides each case from consultation through final restoration. The clinic offers a complimentary BiteBot SmileGen tool that allows patients to preview their potential new smile by uploading a photo. This tool provides an instant preview without requiring a phone call or obligation. The practice focuses on permanent solutions with no hidden fees, ensuring that the advertised price is the total cost.

The location is situated on Physicians Blvd, about 0.1 miles from Congressman Joe Barton Parkway. It is approximately 0.2 miles from US Highway 287 and West Lake Bardwell Drive. Ennis Regional Medical Center is located about 0.3 miles away. Dorie Miller Intermediate School is roughly 0.4 miles from the office, as is West Lampasas Street.

The business holds a rating of 4.50 based on customer reviews. This positive feedback reflects the experience of patients who have undergone treatment at the clinic. The practice is known for its transparent pricing model and high success rate in implant placement.

Innate Dental Solutions - Ennis provides specialized oral surgery services in Ennis, TX, with a focus on dental implants and full-arch reconstruction.