Measurement solutions for the aerospace industry
High-precision measurements under demanding conditions
Optical applications in the field of aviation and aerospace are varied and complex. Reliability and robustness take top priority for mission components. Typical samples are aerial photograph lenses, lenses for space applications as well as complex high-resolution telescopes with multiple lenses.
Maximum precision
High-precision measurements are extremely important in the field of aviation and aerospace. For example, it is important to check the quality of images taken with special lenses with mirrors and lenses, so-called catadioptric systems, for use in satellite optics.Wide spectral range
As well as carrying out measurements in the visible spectrum, measurements in the entire spectral range, from UV to infrared, are required in the field of aviation and aerospace.Demanding conditions
The lenses used in aviation and aerospace are often exposed to extreme conditions. Reproducible, high-precision measurements of the image quality over a large temperature range are only one of the demands made on optical measurement technology.LiDAR for air traffic
LiDAR technology is firmly established in air traffic for mapping topography, measuring the depth of the seabed and researching the climate. New applications, such as the detection of air pockets, are currently being developed. Regardless of the tasks for which the system is used, the measurement result depends on the precise alignment of the optics and sensor. TRIOPTICS has the right solution for perfecting or checking the alignment.MR headsets
With an increasing number of applications, MR headsets have also found their way into the aerospace industry. Information can be projected directly into theprojected directly into the user's field of vision, e.g. to provide flight-relevant data. The measurement solutions from TRIOPTICS not only allow the individual components to be checked for their optical imaging quality - the focus is also on the interaction of all components.