Roland Wagner

Title: Innovator Roland Wagner: Pioneering Substrate Joining Technologies

Introduction

Roland Wagner, an inventive mind hailing from Bretten, Germany, has made notable contributions to the field of substrate joining technologies. With a total of two patents to his name, Wagner's innovative approaches are paving the way for advancements in optical data carriers through efficient assembly techniques.

Latest Patents

Wagner's most recent patents reflect his ingenuity in developing an apparatus designed to join substrates. The first patent, titled "Device for joining substrates," describes an innovative method for creating a substrate disk by using an expandable element that can be inserted into the inner hole of at least two superimposed substrates. This element expands to seal off the space between the substrates, preventing environmental contamination.

His second patent, "Method and apparatus for joining substrates," focuses on reducing cycle times in assembling two substrates within a low-pressure chamber. By employing a transfer chamber that is sealed off from the surrounding environment, this methodology allows for efficient handling and assembly of substrates crucial for optical data carriers.

Career Highlights

Roland Wagner is affiliated with Steag Hamatech AG, a company known for its commitment to developing cutting-edge solutions in the technology sector. His work at this organization emphasizes his role in fostering innovation and improving assembly processes for optical devices.

Collaborations

Wagner's contributions are further strengthened by collaborations with esteemed colleagues such as Ulrich Speer and Stephan Leonhardt. Together, they embody a collective effort towards enhancing the capabilities and efficiency in their areas of expertise, driving forward the landscape of technological advancements.

Conclusion

In summary, Roland Wagner stands out as a remarkable inventor committed to advancing substrate joining techniques. His patents illustrate a clear vision for improving assembly methods, ensuring reliability and performance in optical data carriers. As he continues to innovate within his field, Wagner's work is sure to leave a lasting impact on technology.