Balance Hair Restoration, located in Ann Arbor, Michigan, offers a variety of hair loss solutions spearheaded by double-board certified plastic surgeon, Dr. Pramit Malhotra. Their range of services includes both FUE (Follicular Unit Extraction) and FUT (Follicular Unit Transplant) hair transplant techniques. These solutions cater to both men and women experiencing hair loss.

Dr. Pramit Malhotra, the leading professional at Balance Hair Restoration, offers a unique perspective as both a hair loss patient and provider. With personal experience in undergoing three hair transplants, Dr. Malhotra brings a deep understanding of patient concerns and the intricacies of hair restoration. His double-board certification in plastic surgery adds to the robust medical and surgical expertise he provides to his patients.

Balance Hair Restoration promotes an emphasis on specialization and innovation, adopting advanced techniques such as the Hidden Donor Technique, Artistic Hairline Design, and Female Hair Restoration. They also offer several forms of medical treatments beyond surgical interventions. The institution's approach is comprehensive, tackling hair loss from various angles and offering solutions tailored to individual needs and conditions.

Moreover, the center assures patients with its Graft Growth Pledge, underlining commitment to a successful hair restoration journey. They offer a free cost estimate, making the first step to treatment more accessible for potential patients.

Representing their initiatives in public education, Balance Hair Restoration has a Learning Center where understanding hair loss, hair restoration recovery, and the costs and financing associated with the procedures can be further explored.

Verdict: Balance Hair Restoration offers an extensive selection of hair loss solutions, led by experienced and certified professional, Dr. Pramit Malhotra. With their commitment to specialization, innovation, and result-oriented treatments, they bring a comprehensive and considerate approach to addressing hair loss.

---