Direct and indirect layer manufacturing process
According to Science News and John Canning who led the research team from the University of Technology in Sydney, “Making silica optical fiber involves the labor-intensive process of spinning tubes on a lathe, which requires the fiber’s core or cores to be precisely centered. With additive manufacturing, there’s no need for the fiber geometry to be centered. This removes one of the greatest limitations in fiber design and greatly reduces the cost of fiber manufacturing.
Additive manufacturing approaches such as 3D printing are well suited to change the entire approach to fiber design and purpose. This could, for example, broaden the applications of fiber optic sensors, which far outperform electronic equivalents in terms of longevity, calibration and maintenance but haven’t been widely deployed due to their expensive fabrication.”
Physna: Compare thousands of 3D models in seconds,
According to Physna’s CEO Paul Powers and Glenn Warner, “Through revolutionary artificial intelligence, Physna uses advanced algorithms to dissect and analyze 3D objects in the blink of an eye.
Many companies have collectively spent billions of dollars on this problem. The reason that Physna is the first to actually fix it is that we used a fundamentally different type of technology.
Compare your IP with others in seconds, ensuring that you’re using the correct models and nobody else is using your designs. Promptly determine if a 3D object matches your standards, allowing you to get to market quicker. Find any 3D object in seconds, old or new, helping to keep department and operation costs to a minimum. Compare any two models instantly and see exactly how much they match with total accuracy and reliability. We call those facets. Everything in nature can be broken down into triangles. We basically analyze the relationship of facets to each other and to the surrounding environment.”