Looking at the stars 🌟 with #MetalAM parts from Rosswag Engineering
These unspectacular parts are used in the support structure of 6 m mirrors in two telescopes from VERTEX ANTENNENTECHNIK GmbH to observe in the millimeter and submillimeter range 🔎
These mirrors may deviate only minimally from the perfect geometry, even under temperature variations. Therefore we used the Iron Nickel Alloy Invar 36®. With its low thermal expansion this material is perfectly suited for demanding measuring instruments such as these sensitive and high-precision telescope systems.
"Because we have a high number of variants and a low number of pieces per variant for these Invar 36® components, the LPBF process is economical and competitive compared to, for example, welding or machining. In addition, geometries can also be created that would not be possible with other manufacturing processes, or only at great expense." Michael Solbach, Mechanical Design at Vertex Antennentechnik GmbH
- The Fred Young Submillimeter Telescope (FYST) studies the dynamic interstellar medium in the Milky Way, the Magellanic Clouds and other nearby galaxies. Among other things it collects measurements to place new constraints on dark energy and the sum of the neutrino masses: www.ccatobservatory.org
- The Simons Observatory Large Aperture Telescope (SOLAT) is a crossed Dragone optical design with a 6 meter diameter aperture to explore CMB science at small angular scale: simonsobservatory.org
- CPI VERTEX ANTENNENTECHNIK GmbH: www.vertexant.com
- More information about our Iron Nickel Alloy Invar 36® material: www.linkedin.com