Maynooth University is seeking equipment capable of taking high-resolution multispectral images of medieval manuscripts (IR and UV) and also UV-B and UV-P to capture fluorescence. The MSI system comprises a full-frame high-spec professional 35mm mirrorless camera adapted for MSI, high QE image sensors for capture and m...
Angebotsfrist:05. März 2026(abgelaufen)
Typ:Ausschreibung
Nächster Schritt
Erhalten Sie alle Dokumente zu "Portable Multispectral Imaging System (Ref 477)" von Maynooth University und behalten Sie Fristen und Einreichungshinweise im Blick.
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Maynooth University is seeking equipment capable of taking high-resolution multispectral images of medieval manuscripts (IR and UV) and also UV-B and UV-P to capture fluorescence. The MSI system comprises a full-frame high-spec professional 35mm mirrorless camera adapted for MSI, high QE image sensors for capture and multispectral LED ...
Maynooth University is seeking equipment capable of taking high-resolution multispectral images of medieval manuscripts (IR and UV) and also UV-B and UV-P to capture fluorescence. The MSI system comprises a full-frame high-spec professional 35mm mirrorless camera adapted for MSI, high QE image sensors for capture and multispectral LED light panels for illumination. It is a portable system.
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Maynooth University wishes to procure a TMS-compatible Scalp EEG System for acquisition and analysis of high-density scalp electroencephalography (EEG) data via a system that is compatible with concurrent transcranial magnetic stimulation (TMS).
This procurement intend to cover KI´s BIC facility (Biomedicum Imaging Core) need for one (1) Multiplex Immunofluorescence Imaging System. This tender is for a fully functional Multiplex Immunofluorescence Imaging System, including all necessary equipment for operation, such as objective lenses, a cCMOS camera, computer, hardware control software, image processing software, installation, and training.
KTH is seeking tenders for an angle-resolved photoemission spectroscopy (ARPES) system incl. hemispherical analyzer and ultra high vacuum (UHV) system. The purpose of the system is to be used together with a continuous laser in the UV range (214 and 185 nm) to perform angle-resolved photoemission on crystalline materials and especially quantum materials and two-dimensional materials in general. The goal is for the system to deliver the best possible resolution in energy and angle.
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