Daniel Froehlich

Title: Innovator Daniel Froehlich: Pioneering Methods in Additive Manufacturing

Introduction

Daniel Froehlich is an accomplished inventor based in Graefelfing, Germany, with a registered portfolio of two significant patents. His work primarily focuses on advancing the field of additive manufacturing, particularly through the innovative use of polymer-based powders.

Latest Patents

Froehlich's recent patents include a "Method for Producing a Powder Comprising at Least One Polymer" and a "Composition for Use in Additive Manufacturing Processes." The first patent describes a process where the powder is mechanically treated in a mixer with rotating blades, ensuring that the temperature remains above 30° C while remaining below the melting point of the polymer. This method effectively increases the powder's bulk density by at least 10% and reduces its BET surface area by at least 10%. The second patent introduces a composition that includes a polymer system with a bulk density exceeding 300 g/l and an anti-agglomeration agent, designed to optimize additive manufacturing processes.

Career Highlights

Daniel Froehlich is a prominent team member at Eos GmbH Electro Optical Systems, where he applies his expertise in polymer technology to support the company's innovative pursuits. Eos is renowned for its contributions to the advancement of additive manufacturing and 3D printing technologies.

Collaborations

Throughout his career, Froehlich has had the opportunity to collaborate with talented individuals like Monika Gessler and Stefan Paternoster. These partnerships have been instrumental in pushing the boundaries of what's possible in the realm of 3D printing and material science.

Conclusion

Daniel Froehlich continues to make significant strides in the field of additive manufacturing through his innovative patents and collaborative efforts. His work not only enhances the efficiency of manufacturing processes but also contributes to the broader advancement of technology in the industry. The impact of his contributions is likely to shape the future of polymer applications in various manufacturing sectors.