IntelliWave Software Sentinel UltraPro Dongle

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IntelliWave Software Test with Sentinel UltraPro Dongle Duplicate

Interferometric Analysis Software – IntelliWave

High-performance interferometric analysis software is designed to adapt to virtually any fringe-based interferometer.
IntelliWave allows for the characterization of spherical optics, aspheric optics, machined parts, ceramics, semiconductor wafers, and analysis of optical wavefronts. Applications include measuring, flatness, irregularity, roughness, parallelism, curvature, stress, and strain.
A feature list and application examples are available in the IntelliWave flyer that can be downloaded on the right-hand side.

Whether automotive, aerospace or medical technology:

High-precision workpieces play a crucial role in the quality of the final products.

The Mahr image film takes you into the world of dimensional metrology and shows how products worldwide are manufactured in the highest quality and highest precision with the help of Mahr measuring instruments – because the world speaks Mahr!

How does interferometry work?

The Michelson Interferometer, the best-known instrument in interferometry, was invented in 1887 by Albert Abraham Michelson, the first American to win a Nobel Prize in science. Michelson came up with a system of mirrors and translucent mirrors (beam splitters) to combine the separated light rays from the same source. Laser interferometry is a well-established method for measuring distances with exceptional precision.
basic principles.

IntelliWave Software
Michelson interferometer diagram.

Usually, a single incident coherent light source beam will be split into two identical beams by the Michelson interferometer. Each of these beams travels a different route, called a path, and recombines before arriving at a detector. The difference in the distance each beam travels creates a phase difference between those beams. It is this phase difference that creates the interference pattern between the waves initially defined in the detector. If a single beam is split into two paths (measurement and reference), then the phase difference is the diagnosis of what changes phase along those paths. It could be a physical change along the path, or a change in the refractive index at which the beam travels.


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