Markus Steigenberger

Title: Innovative Contributions of Markus Steigenberger in Medicinal Technology and Fire-Resistant Materials

Introduction

Markus Steigenberger, based in Bischofsheim, Germany, is a distinguished inventor known for his remarkable contributions to the fields of medicinal technology and fire-resistant materials. With a solid portfolio of four patents, he has focused on developing innovative solutions that address key challenges in both industries.

Latest Patents

One of Markus's notable inventions is a medicinal syringe incorporating a piston stopper withdrawal and rotation-limiting means. This invention aligns with DIN ISO 11040 standards and features a syringe barrel equipped with a syringe head on one end and a grip plate on the other. The design includes an elastomeric piston stopper that is designed to be movable while maintaining secure operating conditions. A crucial component of this syringe is a stop element that reduces the internal diameter of the barrel, preventing unintended withdrawal of the piston stopper. The syringe's innovative features also enhance user comfort by enlarging the finger support.

Another significant patent by Markus involves the development of fire-resistant glass containing a gel with improved melting resistance. This glass is created by placing a gel former, consisting of an acid aluminum phosphate, a reaction product of boric acid with an alkanolamine, and various alkali metal compounds between two panes of glass and subsequently heating the assembly. This innovative approach results in a gel that enhances the fire resistance and overall durability of the glass.

Career Highlights

Throughout his professional journey, Markus has contributed his expertise to prominent companies in the industry, notably Bayer Aktiengesellschaft and Schott Glaswerke. His work in these reputable organizations has allowed him to develop and refine his inventive skills, leading to several patents that reflect his innovative mindset.

Collaborations

Collaboration has played a key role in Markus Steigenberger's success as an inventor. He has worked alongside notable colleagues such as Wulf von Bonin and Roland Leroux, whose shared insights and expertise have enriched his projects. These collaborations have fostered an environment where innovation and creativity thrive.

Conclusion

Markus Steigenberger's inventive efforts continue to influence the fields of medicinal technology and fire safety. His patents not only showcase his technical acumen but also highlight his commitment to creating solutions that enhance usability and safety. As an esteemed inventor, Markus remains a significant figure in the landscape of innovation, inspiring future advancements in technology.