Welcome
to GINAN Biomedics

Revolutionizing Soft-Tissue Surgery with
Next-Generation Biomaterials

Advancing Biomaterials
for better surgical outcomes

At Ginan Biomedics, we are driving innovation in orthopedic soft-tissue surgery through evidence-based biomaterial science.

Our proprietary decellularization technology is developed to produce biocompatible scaffolds intended for the reinforcement and restoration of dense connective tissue. Engineered with integration and long-term performance in mind, these implants are designed to support the healing process and intended to serve as an alternative to autografts, thereby eliminating the need for graft harvesting and reducing associated donor site morbidity and additional surgical wound sites.

GINAN Biomedics’ innovative products, will leverage advanced processing techniques to preserve the natural structure of the source biological tissue, while eliminating immunogenic and foreign components.

Our proprietary method ensures:

  • Structural Integrity – Decellularized scaffold maintains functional collagen fibre bundles that provide biomechanical support for critical dense connective tissue repairs.

  • Biocompatibility – Minimizing immune response while promoting natural healing.

  • Enhanced Integration – Designed to remodel and integrate with host tissue over time.

  • Dimensional Consistency – Precisely engineered to maintain uniform thickness and geometry for predictable performance during implantation.

GINAN Surgical Solutions

GINAN Biomedics

Repair Implant

A biological scaffold intended to support the repair of tendon injuries by providing a structural environment conducive to soft tissue regeneration and repair quality.  Designed as a sterile, readily available device for use alongside existing surgical techniques for tendon repair.

GINAN Biomedics

Reconstruction Implant

An advanced biological scaffold with viscoelastic and biomechanical properties that mimic load bearing dense connective tissue. The device is intended to be implanted during tendon or ligament reconstruction to provide full biomechanical stabilisation during the healing process, offering a biological alternative to allograft and autograft options. Designed as a sterile, readily available device of known sizes for ease of graft assembly.