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NuVasive Inc.

NuVasive Expands Complex Spine Portfolio with Global Launch of Reline 3D for Pediatric Deformity

Launch of Reline 3D represents Company's continued commitment to innovation in the pediatric spine market.

NuVasive to Highlight Its Enabling Technologies at NASS

Company also to unveil its robotic application designed to support the future of spine care.

NuVasive Expands its Advanced Materials Science™ Portfolio

The availability of Modulus TLIF-A further extends NuVasive's technology offerings in the spinal deformity market given its differentiated ability to provide anterior column support, increase segmental lordosis and maximize capability to restore sagittal alignment.

NuVasive Specialized Orthopedics Reaches 10,000 Nail Implant Milestone of the Precice® System for Limb Lengthening

The Precice system is an internal nail that once implanted, utilizes an External Remote Controller (ERC) to non-invasively lengthen the limb.

NuVasive Launches Pulse™

The company reports Pulse is engineered to improve workflow, reduce variability and increase surgical reproducibility, Pulse addresses a broader range of clinical challenges in the operating room (OR) compared to any other enabling technology in the spine market.

NuVasive Announces Commercial Launch of Modulus® TLIF-O

Modulus® TLIF-O features porous surface technology that, based on pre-clinical data, provides a favorable environment for bone in-growth and bone on-growth, and consistently achieves stronger osseointegration than solid implants with smooth or rough surfaces.

NuVasive Grows Cervical Spinal Interbody Portfolio With PEEK Corpectomy Implant

12/10/18: Received 510(k) clearance from the FDA for expanded use of its Monolith® Corpectomy System, providing surgeons with a modular PEEK interbody solution for cervical corpectomy procedures.

NuVasive Launches TLX® 20 Degree Expandable Spinal Interbody Implant

9/5/18: "The TLX 20 system is an innovative device that can improve surgical workflow and patient outcomes by easily and actively enhancing the segmental alignment and interspace height," said Dr. Christopher Shaffrey, neurosurgeon at University of Virginia Health System.