Biomendex OY


Biomendex is an innovative tissue engineering technology company based in Finland, dedicated to developing and manufacturing adaptable solutions for tissue regeneration, particularly in bone graft substitutes. Their mission is to give surgeons the freedom to operate and improve surgical outcomes through their versatile and bioactive products, including Adaptos® bone graft substitutes for clinical and veterinary use. The company emphasizes research, clinical trials, and collaborations with leading medical institutions to advance their technology and expand into new markets.

Industries

biotechnology
health-care
manufacturing

Nr. of Employees

small (1-50)

Biomendex OY

Tampere, Western Finland, Finland, Europe


Products

Adaptable synthetic bone graft substitutes for clinical use

Synthetic, biodegradable porous scaffolds designed to mimic cancellous bone structure and support bone regeneration in non-load-bearing applications; engineered for cutting, molding and packing in surgery.

Veterinary-grade adaptable bone graft substitutes

Veterinary line of the adaptable synthetic bone graft substitutes developed for clinical use in small animals, distributed through regional veterinary channels.


Services

Clinical study sponsorship and management

Sponsorship and operational support for randomized, controlled clinical investigations for implantable bone graft substitutes, including trial setup and coordination with clinical partners.

Research partnerships and collaborative R&D

Collaborative research projects with academic and clinical partners to validate materials, perform preclinical studies and develop application-specific solutions.

Distribution and commercial partnership support

Establishment and management of distributor agreements and sales channel integration for veterinary and clinical products across multiple regions.

Expertise Areas

  • Bone tissue engineering
  • Orthobiologics and scaffold development
  • Porous scaffold fabrication and porosity optimization
  • Preclinical testing and animal models
  • Show More (5)

Key Technologies

  • Supercritical CO2 foaming
  • Ceramic-polymer composite scaffolds (β-TCP/polymer)
  • Microcomputed tomography (micro-CT) and image-based modeling
  • 3D porous scaffold design and porosity analysis
  • Show More (4)

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