Application Range

To find out more about the world, you sometimes have to leave it behind.

A bird's-eye view gives a good overview of many things. The same applies when, for example, you want to know more about the earth and the creation of outer space. However, one must then fly much higher than birds and also have a much better vision. This super vision is provided by modern telescopes. On the one hand they are so sensitive that they can provide high-resolution images, and on the other hand they are so robust that they can withstand the stresses of the launch and the temperature differences between the light and the dark side of space without suffering damage. Through its outstanding space telescope and camera technology, Kayser-Threde has made significant contributions to today's insight into the universe which were unheard-of only yesterday.

XMM-Newton: Uncovering the secrets of the black holes.

In December 1999 an Ariane 5 launcher safely brought XMM-Newton into orbit. With a length of 10 m, a diameter of 2 m, and a focal length of 7.5 m it represents the largest X-Ray telescope so far. One of its tasks was to investigate the so-called black holes, the only remains of stars after they have died away. After being commissioned by ESA and spending almost 400,000 manhours, Kayser-Threde and its subsidiary Media Lario developed, manufactured and tested the most important components of the telescope, namely the three mirror modules. The contract also covered verification of the modules after integration into the telescope. The technical and logistical challenges the project posed were enormous. And the results were no less impressive. The new lookout in space even tracks down black holes which are like the proverbial needle in the haystack. This is assured by each of the three sets of 58 highly sensitive, nested mirror shells which are featuring a precisely focused common focal point and a high degree of X-Ray efficiency. The fact that the project kept within target dates and costs speaks for itself. And also for Kayser-Threde.

SOFIA. Airborne infrared telescope. Development of its optical systems and carrier structures.

SOFIA. Development of the three star sensors to be used to point the telescope.

IBSS. Instrument designed to measure the infrared emissions of rocket engines.
 

XXM-Newton.
Development, production
and testing of the three
mirror modules of the
X-Ray telescope.