Mo-Sci Blog

Bioactive glass is a fascinating material with enormous potential in both hard and soft tissue applications. In this article, we take a deep dive into its history and development

Mo-Sci announced it has acquired the assets of 3M’s Advanced Materials business (previously known as 3M Ceradyne), which was based in Seattle, Washington.

Layering glass substrates with various functional films can modify the characteristics of glass while retaining important properties. In this article, we explore some of the film technologies that can be applied to glass substrates to produce unique products and solutions.

In this article, we explore the different technologies used to produce glass films and how these enable different technologies, from advanced optics to microelectronics.

Bioactivity testing is vital in developing bioactive implants and ensuring they perform safely and effectively within the body.

While historically a source of problems for glass producers, the phenomenon of phase separation is now known to offer advantages in the production of certain materials such as glass ceramics and porous glasses.

Mo-Sci CTO Steve Jung will be among the list of 30 distinguished speakers at the Opening Ceremony for the UN International Year of Glass in Geneva, Switzerland.

In this article, we look at two of the most common adjectives in the field of biomaterials and how they are used to describe a range of highly specialized materials: bioactive and biocompatible.

Compared to other processing methods, spray drying offers more precise control over the particle size and physical properties of glass powders. In this article, we explore the different applications of this technique.

Mo-Sci CTO Steven Jung, PhD, has been selected to receive the Tadashi Kokubo Award for Bioceramics from the Bioceramics Division of the American Ceramics Society.