Location History:
- FIN-20720.ANG.bo, FI (2000)
- Fin-20720, Åbo, FI (2001)
- FIN-20720 Turku, FI (2003)
Company Filing History:
3 out of 832,912 Years Active: 2000-2003
Title: Innovations by Kaj Karlsson in Bioactive Materials
Introduction
Kaj Karlsson, based in Turku, Finland (FIN-20720), is an esteemed inventor with a portfolio of three patents. His innovative work primarily focuses on the development of bioactive materials which have significant implications in medical applications.
Latest Patents
Kaj’s recent patents showcase his dedication to pioneering advancements in biocompatible products. The first patent, titled "Bioactive product and its use," details a porous textile product constructed from bioactive glass fibers. This innovative textile integrates two types of fibers; fiber A is derived from a bioactive glass, while fiber B utilizes a weakly bioactive glass.
The second patent, "Composite and its use," presents a groundbreaking porous composite, ideal for filling recesses or through-passing holes in implants. This composite includes particles A, crafted from a bioactive material, and particles B made from a non-bioactive or weakly bioactive material. These particles are sintered together to form a cohesive and porous composite, which is essential for various medical applications. Both types of particles are characterized by their homogeneous size, enhancing the material's integrity.
Career Highlights
Throughout his career, Kaj Karlsson has demonstrated a passion for innovation in material sciences. His focus on bioactive materials is particularly relevant in today's medical field, where the demand for safe and effective implantable materials continues to rise.
Collaborations
Kaj has collaborated with accomplished individuals such as Antti Yli-Urpo and Heimo Ylänеn. Their collective expertise contributes to the advancement and validation of Kaj’s innovative endeavors in bioactive materials.
Conclusion
Kaj Karlsson stands out as a significant contributor to the field of bioactive materials, with his inventive spirit driving advancements in medical technology. His patents not only reflect his ingenuity but also represent the future of biocompatible materials in healthcare.