High-tech measuring instruments form the backbone of optical quality assurance when measuring the optical parameters of GRIN lenses. Find out why a measuring device weighing several metric tons must keep our microlenses suspended on a cushion of air, and how we use two crossed mirrors to analyze the imaging performance of our lenses.
Join us in finding answers to the following questions:
How can the oscillating gradient profile of a GRIN lens be made visible?
What role does a laser line play in determining the shape of, say, a chicken egg?
Is it possible to split a laser signal into 8 signals with high efficiency in a miniaturized glass substrate?
...you can learn about these and other exciting measurement techniques on any of our tours!
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