Cutting Edge Spine
Founded in 2009, Cutting Edge Spine is a privately owned medical device organization dedicated to developing and distributing transformational spinal technologies. The company's mission is to develop and commercialize 'passively smart' orthopedic fixation systems that focus on improving clinical outcomes while respecting marketplace value. They are industry leaders in bioactive spinal solutions, with a strong patent portfolio and a history of being first to market with innovative technologies. The company invests heavily in research and development, quality assurance, and clinical efficacy to ensure their products meet high standards and deliver better patient care.
Industries
Nr. of Employees
small (1-50)
Cutting Edge Spine
6012 Waxhaw Highway, Mineral Springs, NC 28108
Patents
Products
3D-printed sacroiliac (SI) joint fusion implant system
A 3D-printed trabecular fixation system for sacroiliac joint fusion designed to promote osseointegration through porous architecture and surface treatment.
SI joint fusion system with nano-roughened hydroxyapatite surface
An SI fixation implant featuring a nano-thin hydroxyapatite surface treatment and surface chemistry optimized for hydrophilicity and protein adsorption to accelerate bone formation.
HA-enhanced PEEK lumbar interbody system
Lumbar interbody fusion implants made from hydroxyapatite-integrated PEEK designed to provide radiolucency, modulus similar to cortical bone, and early bone apposition.
HA-enhanced PEEK cervical and direct lateral interbody systems
Cervical and direct lateral interbody fusion implants using hydroxyapatite-integrated polymer materials to support anatomical fit and osteoconduction across surgical approaches.
3D-printed sacroiliac (SI) joint fusion implant system
A 3D-printed trabecular fixation system for sacroiliac joint fusion designed to promote osseointegration through porous architecture and surface treatment.
SI joint fusion system with nano-roughened hydroxyapatite surface
An SI fixation implant featuring a nano-thin hydroxyapatite surface treatment and surface chemistry optimized for hydrophilicity and protein adsorption to accelerate bone formation.
HA-enhanced PEEK lumbar interbody system
Lumbar interbody fusion implants made from hydroxyapatite-integrated PEEK designed to provide radiolucency, modulus similar to cortical bone, and early bone apposition.
HA-enhanced PEEK cervical and direct lateral interbody systems
Cervical and direct lateral interbody fusion implants using hydroxyapatite-integrated polymer materials to support anatomical fit and osteoconduction across surgical approaches.
Services
Collaborative development of spinal fixation and interbody systems with surgeons and strategic partners; establishment of centers of excellence for R&D projects.
Licensing and application development for a patented porous trabecular fixation platform across orthopedic indications.
Execution and use of in vitro and in vivo studies and clinical data collection to support product performance and regulatory submissions.
Collaborative development of spinal fixation and interbody systems with surgeons and strategic partners; establishment of centers of excellence for R&D projects.
Licensing and application development for a patented porous trabecular fixation platform across orthopedic indications.
Execution and use of in vitro and in vivo studies and clinical data collection to support product performance and regulatory submissions.
Expertise Areas
- Spinal implant research and development
- Additive manufacturing for medical implants
- Biomaterials for osseointegration
- Surface engineering and nano-topography
Key Technologies
- Additive manufacturing (3D printing) for implants
- Porous / trabecular implant architecture
- Nano-thin hydroxyapatite surface treatments
- Hydroxyapatite-integrated PEEK (HA-enhanced PEEK)
News & Updates
This patent issuance further solidifies Cutting Edge Spine as an industry leader in trabecular fixation for orthopedic applications.
The design and development of orthopedic implants takes significant time, money, and labor. Randy Roof, President, CEO, and Founder of CES, discusses overcoming obstacles in this field.
This patent solidifies the company's position in 3D printed trabecular fixation for orthopedic applications.
The EVOL-SI system improves osseointegration and tissue regeneration, promoting faster fusion and stronger fixation.
The EVOL® ha-C system is made of PEEK-OPTIMA™ HA Enhanced, demonstrating early bone formation and apposition, with a growing portfolio of bioactive interbody systems.
This patent further solidifies Cutting Edge Spine as a leader in trabecular fixation for orthopedic applications.
This patent issuance further solidifies Cutting Edge Spine as an industry leader in trabecular fixation for orthopedic applications.
The design and development of orthopedic implants takes significant time, money, and labor. Randy Roof, President, CEO, and Founder of CES, discusses overcoming obstacles in this field.
This patent solidifies the company's position in 3D printed trabecular fixation for orthopedic applications.
The EVOL-SI system improves osseointegration and tissue regeneration, promoting faster fusion and stronger fixation.
The EVOL® ha-C system is made of PEEK-OPTIMA™ HA Enhanced, demonstrating early bone formation and apposition, with a growing portfolio of bioactive interbody systems.
This patent further solidifies Cutting Edge Spine as a leader in trabecular fixation for orthopedic applications.