We have been busy in the second half of 2018 with, amongst other projects, several large simulator builds. Our Unisim Compact range of small, close-match solar simulators continue to also prove popular and our last system in stock has just shipped to the University of New South Wales.
We are continuing to work on the application of LED technology to our close-match simulators and have some interesting R&D work coming up in 2019 which will take our N-Zone solar simulator design to large area applications.
2018 has been very busy for our thermal vacuum chambers TVAC#1 and TVAC#2 as we have conducted bakeout and TVAC cycling work for a range of customers, including quite a lot of components for the ESA Solar Orbiter mission.
We are currently designing a full IR heat shroud for TVAC#2 to be fitted in 2019. We had hoped to complete in late 2018 but demand for the chamber has meant maintenance time has been limited.
We are excited to announce that we will be expanding our lab capabilities to include FTIR analysis via transmission and ATR in early 2019. This facility will primarily be used for analysing molecular witness plates for contamination control during vacuum bakeouts. However, we will also be offering FTIR analysis of condensables collected from our standard outgassing test. There will be further announcements via this news page and our main test facilities page when this becomes available.
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