Yves P Arramon

Title: Yves P. Arramon: Pioneering Innovations in Spinal Technology

Introduction

Yves P. Arramon, based in Capitola, California, is a notable inventor with a remarkable portfolio of 37 patents to his name. His work has significantly contributed to advancements in spinal technology, particularly in the development of artificial intervertebral discs and dynamic spacers that promote bone growth.

Latest Patents

Among his latest inventions is an "Artificial Intervertebral Disc with Lower Height." This innovative design features an upper plate that includes a convex central portion along with a fin or anchoring element. The lower plate mirrors this with a convex central surface and a concave upper bearing surface, designed for optimal sliding and translation over the bearing surfaces, enhancing functionality and patient outcomes.

Another notable patent is the "Intervertebral Spacer that Dynamically Promotes Bone Growth." This device incorporates a split ring mechanism on its anterior portion, functioning as a torsion spring post-implantation. This design allows for dynamic interactions between vertebral bodies, facilitating active bone growth during fusion procedures.

Career Highlights

Yves P. Arramon has had a distinguished career, having worked with leading companies in the medical device field such as Simplify Medical Pty Limited and SpinalMotion, Inc. His contributions at these organizations have helped propel advancements in spinal surgery technologies, establishing himself as a key figure in this niche.

Collaborations

Throughout his career, Arramon has collaborated with esteemed colleagues, including David C. Hovda and Malan De Villiers. These partnerships have fostered innovative solutions and products aimed at improving patient outcomes in spinal care.

Conclusion

Yves P. Arramon's contributions to spinal technology are significant, marked by his innovative patents and collaboration with industry leaders. His dedication to enhancing spinal health through advanced medical devices continues to make a profound impact in the field, showcasing the importance of creativity and collaboration in the pursuit of medical advancements.