Aalto University School of Science, Department of Applied physics is currently conducting experimental research on nonlinear light–matter interactions, nano-optics and plasmonics. We seek an imaging spectrometer system that consist of an aberration corrected spectrograph and a camera detector with high sensitivity covering the entire visible spectrum and extending to near-infrared beyond 1 µm in wavelength. Importantly, we need both large wavelength range together with high wavelength resolution. In addition, a large number of pixels in y-direction (CCD height) is required as this information is used to resolve either angle or location specific luminescence from the samples studied. For further information, see separate documents (as attachment files at the Hanki Service / Tarjouspalvelu.fi supplier portal at https://www.hankipalvelu.fi/en/).