Progressive Spine and Orthopaedics - Englewood
About Progressive Spine and Orthopaedics - Englewood
Located in Englewood, New Jersey, Progressive Spine & Orthopaedics is a leading orthopedic center that specializes in comprehensive spine, foot, ankle, and sports medicine care. The practice serves patients across Englewood, Edison, Clifton, Glen Rock, Marlboro, Brick Township, Cherry Hill, and Somers Point, offering a full spectrum of non‑surgical and surgical solutions for musculoskeletal pain. The team’s philosophy emphasizes minimally invasive, evidence‑based treatments that prioritize patient safety and rapid recovery. From ultrasound‑guided PRP injections and regenerative therapies such as BOTOX and stem cell‑derived treatments to advanced robotic and minimally invasive spine surgery, the practice blends cutting‑edge technology with personalized care plans. Non‑surgical spine care includes precision‑guided injections, radiofrequency ablation, and tailored physical therapy programs designed to alleviate chronic back and neck pain without resorting to surgery. Authority is reinforced by board‑certified surgeons Dr. Joshua S. Rovner, Dr. Steven A. Bernstein, Dr. David Porter, Dr. Kris Radcliff, and Dr. Andrew J. Trontis, whose combined expertise spans spine surgery, foot and ankle reconstruction, and sports medicine. Recognized by professional societies such as the American Board of Orthopedic Surgeons and the American Board of Foot and Ankle Surgeons, the practice has earned accolades from Castle Connolly and local health rankings, underscoring its commitment to excellence in regenerative orthopedics and non‑surgical joint pain relief. Patients benefit from an integrated approach that includes thorough diagnostics, collaborative treatment planning, and seamless transition from non‑surgical interventions to advanced surgical options when needed. Whether seeking relief from lumbar disc herniation, rotator cuff tears, hip labral injuries, or ankle arthritis, Progressive Spine & Orthopaedics delivers expert care rooted in the latest orthopedic and regenerative medicine advancements.