HAPPE Spine has developed the INTEGRATE-C Fusion System, which is a groundbreaking interbody fusion cage designed to enhance the healing environment for spinal fusion procedures. This innovative device is characterized by its unique combination of cancellous porosity and hydroxyapatite, which is integrated throughout the entire height of the implant. The porous structure facilitates bone ingrowth from endplate to endplate, while the hydrophilic surfaces, enriched with hydroxyapatite, promote bone ongrowth. Additionally, the INTEGRATE-C Fusion Device is engineered to be both radiolucent and radiovisible, allowing for superior imaging capabilities post-surgery.

The INTEGRATE-C Fusion Device is constructed from a single piece of hydroxyapatite-impregnated polyetheretherketone (PEEK) polymer, ensuring a monolithic design with inherent porous regions. This design not only provides optimal biomechanics for load-bearing applications but also includes features such as a tapered shape for easy insertion and aggressive teeth to prevent expulsion. The device is available in various sizes and lordosis angles to accommodate individual patient anatomies, and it incorporates tantalum markers for enhanced radiographic visualization during and after the surgical procedure. Overall, HAPPE Spine's technology aims to improve patient outcomes through advanced materials and design in spinal fusion implants.

United States

HAPPE is an emerging leader of next generation orthopaedic and spinal implants enabled by the HAPPE™ (HydroxyApatite Porous PolyEtheretherketone) platform. The HAPPE material platform offers interconnected, cancellous porosity with exposed hydroxyapatite on pore surfaces to enable robust bone in-growth and on-growth confirmed in preclinical testing.

HAPPE Spine

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