White Paper | From Powder to Spinal Cage Production: Added Value for Spinal Implants through Additive Manufacturing

Additive manufacturing offers an opportunity to increase the value of spinal cages without adding cost or manufacturing time. In using additive, spine companies can design and manufacture a unique and smart geometry offering many advantages. Among these are improved cage geometry and functional inte...

White Paper | Properties of Additively Manufactured Titanium Parts—A Comparative Study

Additive manufacturing of orthopedic implants using Ti64 alloys has been successful across spine, hip, knee, and extremity applications due to the alloy’s inherent biocompatibility and good mechanical properties combined with additive’s ability to tailor porous structures enabling osseointegrati...

White Paper | Additive Manufacturing: Capability Report on Production-Ready Parts

Additive manufacturing has transitioned from a prototype-only mentality to production-centric technology. As orthopedic device companies consider additive manufacturing as a production choice, it’s valid to ask: How reliably does the technology produce a wide mixture of parts? This white paper det...

White Paper | Finishing 3D Printed Devices with MATRIX MCD Apatitic Abrasive

The emergence of additive manufacturing technologies into orthopedics has been transformative, advancing device intricacy and performance while offering patient-specific solutions. While 3D print resolution has steadily advanced during this evolution, post-processing is often a necessity to remove s...

White Paper | Nano-engineered Titanium Coatings Improve Osseo-Integration and Anti-Microbial Properties of Implants

By Nader Kalkhoran Interest and demand are growing for nano-engineered titanium coatings and surface treatments to improve the performance of PEEK- and metal-based implants used for orthopedic and spinal device applications. Recent work has demonstrated that highly-adherent nano-structured thin tit...

White Paper | How to Choose the Right Bioresorbable Polymer and Technology for Your 3D-Printed Implant

The combination of 3D printing technologies with bioresorbable medical polymers represents a cutting-edge approach to enable patient-specific implants that can be printed rapidly for reconstructive surgeries and other orthopedic applications. This paper reviews the suitability of bioresorbable polym...