RESOURCE CENTER

Learn more about intelligent bone regeneration with OSSIOfiber®. 

Join Our Newsletter
All Posts

White Paper on OSSIOfiber Technology

Our proprietary material technology, OSSIOfiber® Intelligent Bone Regeneration Technology, has unique material composition and structural design that contribute to its strength and optimal bio-integration for orthopedic fixation. Scientific and clinical leaders at OSSIO discuss the science behind OSSIOfiber in this Technology Overview White Paper. 

 

Key Takeaways:

  • OSSIOfiber material composition creates the ideal bone fixation material that supports mechanical strength and balanced pH environment favorable for bone regeneration
  • The micro-architecture of thousands of continuous natural mineral fibers is engineered to create the optimal biomechanical properties in different mechanical axes for the clinical indications
  • As OSSIOfiber implants degrade, interconnected pores are formed allowing for fluid flow and regeneration of bone tissue in place of the implant

 
Screen Shot 2020-10-30 at 1.38.34 PM

Through the material composition and internal architecture, OSSIOfiber is designed to provide both the mechanical strength required for insertion and secure fixation while having the ability to integrate into native bone without adverse inflammation. In doing so, OSSIOfiber Intelligent Bone Regeneration Technology creates a new category of fixation, called 'Bio-Integratives'.

 

Learn more about material composition and structural design of OSSIOfiber Intelligent Bone Regeneration Technology.

View and Download the White Paper

 

Orahn Preiss-Bloom, Founder and Chief Innovation Officer
Orahn Preiss-Bloom, Founder and Chief Innovation Officer
Orahn is the Founder and Chief Innovation Officer at OSSIO. Previously, as founder and COO/CTO of LifeBond, Orahn developed two biosurgical product families to commercial stage and raised $60M, including from Johnson & Johnson Development Corporation. Prior, he was a biomechanics researcher at IDF Institute for Military Physiology and at Columbia University NY, Dept. of Orthopedic Surgery. Orahn has an M.Sc. in biomedical engineering from the Technion, Israel Institute of Technology.

Related Posts

Compression Screw Performance in a Load-Bearing In Vivo Model

The objective of this study was to evaluate the performance and mechanical integrity of the OSSIOfiber® C...

Surgical Case Review: Treatment of 1st MTP

Dallin Greene, DPM, reviews his surgical treatment of 1st MTP on a 51-Year-Old Female, utilizing the stro...
Dallin Greene, DPM Dec 30, 2020

Surgical Case Review: 23-Year Old Male with Lapidus Bunionectomy

Shane M. Hollawell, DPM reviews his surgical technique for a Lapidus Bunionectomy on a 23-Year Old male u...