Fused Silica Step Index Fibers: Advanced Preform and Fiber Metrology
This webinar discusses advanced preform and fiber measurement techniques for specialty fibers, with a particular focus on fibers produced using the POD (plasma outside deposition) process. In this process, fluorine-doped fused silica is applied to the outside of a high-purity core rod made of synthetic quartz glass to produce the refractive index step required for light guiding. Depending on the specific application wavelengths of these specialty fibers, various synthetic fused silica materials are available as core materials, which enable the production of specialty fiber preforms tailored to the application. The session begins with a brief introduction to the manufacturing process and typical applications of specialty fibers, followed by an in-depth examination of the characterization of the preforms and the resulting fibers. Presented by Heraeus Conamic.
|
|
|
Design Considerations for Automated Manufacturing of Optical Assemblies
As the demand for efficient production of optical systems grows in industries ranging from aerospace and defense to medical imaging, the automation of optical assembly processes becomes increasingly critical. This webinar discusses strategies for optimizing optical assembly designs for automated manufacturing, providing an in-depth exploration of how the latest innovations in optical design, material selection, and component placement are transforming assembly methods. Discover the critical aspects that are essential for achieving precise alignments, minimizing cycle times, and ensuring exceptional performance outcomes in applications such as lidar systems, fiber optics, and advanced medical devices. Implementing these strategies in early-stage design planning lays the groundwork for optimized automated production, enhances alignment accuracy, and boosts final production yields.
|
|
|
Electro-Optic Polymers (with Michael Lebby) and Miniaturized Particle Accelerators (with Stephen Milton)
Lightwave Logic CEO Michael Lebby discusses his company’s electro-optic polymer technology, what it means for the data center and artificial intelligence industries, and his company’s path to commercial success. Stephen Milton, Vice President of Accelerator Science at TAU Systems provides a look at his company’s miniaturized particle accelerators, their expected uses, and what they could mean for the future of research.
|
|
|