Regency Heritage Nursing and Rehabilitation Center

Regency Heritage Nursing and Rehabilitation Center, located at 380 Demott Lane in Somerset, New Jersey, is a skilled nursing and rehabilitation facility serving the Franklin Township community and surrounding areas of Somerset County. As an individually operated facility, Regency Heritage maintains a focused, hands-on approach to care, with ownership directly involved in the day-to-day experience of residents and families. The center's Demott Lane address places it in a residential neighborhood within Somerset, offering a calm, community-embedded setting for both short-term rehabilitation and long-term nursing care. For families making visits, the area is convenient and approachable—Route 27 and Route 206 provide easy access from across Central New Jersey, and the New Jersey Turnpike is just minutes away via Exit 10. Residents and their families enjoy the richness of the surrounding region. Colonial Park Gardens, a beloved Franklin Township destination, offers expansive walking paths, a rose garden, and a sensory garden just a short distance away. Donaldson Park in nearby Highland Park sits along the Raritan River and provides scenic riverfront views and walking paths. Downtown New Brunswick, with its diverse culinary scene, Rutgers University cultural events, and the State Theatre New Jersey, is accessible for family outings and is a familiar anchor for many residents who spent their working years in the area. Medically, Regency Heritage benefits from its proximity to Robert Wood Johnson University Hospital in New Brunswick and Saint Peter's University Hospital, both nationally recognized facilities offering a full spectrum of specialty and sub-specialty care. These partnerships support effective transitions from hospital to rehabilitation and back into the community. Regency Heritage Nursing and Rehabilitation Center is committed to individualized care planning, responsive communication with families, and a rehabilitation-focused environment that helps residents achieve their highest possible level of independence and function.