Revolutionary Diamond-on-Diamond
material and Innovative Tri-lobe design
for stability, longevity and natural movement
material and Innovative Tri-lobe design
for stability, longevity and natural movement
REPLACE
Natural constrained motion
with MRI-friendly material eliminates
wear debris related complications
with MRI-friendly material eliminates
wear debris related complications
RESTORE
Eliminating the pain and debilitation
of cervical degenerative disc disease
of cervical degenerative disc disease
REVITALIZE
Revolutionary Diamond-on-Diamond material
and Innovative Tri-lobe design for
stability, longevity and natural movement
and Innovative Tri-lobe design for
stability, longevity and natural movement
REPLACE
Reproducing natural constrained motion
of a normal cervical disc with MRI friendly material
that virtually eliminates wear debris related complications
of a normal cervical disc with MRI friendly material
that virtually eliminates wear debris related complications
RESTORE
Eliminating the pain and debilitation
cervical degenerative disc disease
cervical degenerative disc disease
REVITALIZE
LSI USA ’22 Emerging Medtech Summit
Ted Bird, Chief Strategy Officer of Dymicron was selected as an Innovation leader to present at the #LSIUSA22 Emerging Medtech Summit.
Ted is passionate about innovative medical device technology which provides meaningful improvements to patient lives. He is a spine industry expert, with over 30 years of global commercial and executive leadership experience with market leading companies including Medtronic, JNJ, Orthofix, ApiFix and Titan Spine.
Dymicron is advancing a new artificial cervical total disc replacement implant made from polycrystalline diamond — which generates no detectable wear debris. The unique biomechanical design of the Triadyme-C disc also replicates the natural motion and mobility of a normal disc.
View Dymicron’s
LSI USA ’22 Presentation
A revolutionary joint replacement device leveraging the superior properties of Polycrystalline Diamond
Explore the engineering and mechanics behind the self-centering, tri-lobe design
Medical institutions wishing to learn more about Dymicron technologies and devices
How Dymicron solves the two greatest challenges in the total disc replacement: motion and debris
Suffering from degenerative disc disease? Learn all the reasons a Dymicron Total Disc Replacement device will restore your motion for life
Institutional investors and press agents interested in learning more about Dymicron technologies
