Revolutionary Advances in Spinal Implant Technology
Zavation Medical Products, LLC, a trailblazer in spinal device technology, is excited to unveil its groundbreaking implant material, NanoPrime™. This next-generation technology ingeniously merges the mechanical strengths of PEEK with the biological advantages of titanium. Achieved through an advanced titanium ion bonding process, this cutting-edge approach ensures enhanced performance in spinal implants.
The Science Behind NanoPrime™
NanoPrime™ uses a high-level nano-engineering technique that involves an intricate process of evaporation and ion beam bombardment within a high vacuum setting. This meticulous method allows for the seamless bonding of coating and substrate atoms, significantly reducing the risk of delamination. By utilizing such innovative technology, NanoPrime™ serves as a game changer in how spinal implants interact with the body.
Integration with Zavation's Interbody Systems
Initially, NanoPrime™ will be part of Zavation's Varisync® ALIF interbody system and will later be integrated into the Labyrinth® Porous PEEK interbody platform. This new technology stands to be the first of its kind to offer a titanium porous PEEK interbody system featuring nanoscale characteristics. It brings together the optimal elements of titanium, porosity, and PEEK, transforming the landscape of spinal interbody technology.
Key Benefits of NanoPrime™
This innovative product provides several advantages, including:
- Biological compatibility and osteoconductivity derived from titanium.
- Excellent modulus of elasticity and imaging compatibility from PEEK.
- Nanoscale surface features with an average roughness from 0.104 ?m to 0.303 ?m, potentially enhancing the upregulation of essential osteogenic factors.
- The incorporation of micro and macro porosity, thanks to the Labyrinth® Porous PEEK technology.
Comments from the CEO
Lane Major, Zavation's Chief Executive Officer, expressed his enthusiasm, stating, "NanoPrime™ is a significant advancement in how we merge material science and practical implant design. We believe it represents the first series of bonded spinal implants with porous characteristics at the macro, micro, and nano levels. This innovation showcases a rare differentiation in our industry, underlining our commitment to supporting surgeons and the patients they serve."
Commitment to Innovation
Zavation remains steadfast in its mission to enhance spinal device technology and create material solutions that foster stronger, more reliable surgical outcomes. To gain insights into the Varisync® ALIF NanoPrime™ Interbody System and explore Zavation's extensive range of spinal solutions, please visit us at NASS Booth #1621.
About Zavation Medical Products
Zavation is a rapidly evolving designer and manufacturer of spinal hardware and biologics, based in Flowood, Mississippi. With a keen focus on innovation, collaboration with surgeons, and exceptional customer service, Zavation is dedicated to delivering advanced spinal solutions that promote improved surgical results and elevate patient quality of life.
Frequently Asked Questions
What is NanoPrime™?
NanoPrime™ is an advanced implant material developed by Zavation that combines the properties of PEEK and titanium for spinal implants, enhancing performance and outcomes.
What technology is used in NanoPrime™?
NanoPrime™ utilizes a unique nano-engineering process involving ion beam bombardment in a high vacuum environment to ensure superior bonding and performance.
How does NanoPrime™ integrate with other products?
The NanoPrime™ technology will debut with the Varisync® ALIF interbody system and expand into the Labyrinth® Porous PEEK interbody offerings.
What advantages does NanoPrime™ provide?
It offers biological compatibility, excellent imaging, and a specially designed surface that may support the growth of important bone-related factors.
Where can I find more information about Zavation's products?
More information can be found by visiting Zavation’s booth at NASS or checking their website to explore their full range of spinal solutions.
