Specialized laboratory for non-destructive testing and optoelectronic techniques

	Laser cleaning stand Laserblast 500 with pulsed Nd:YAG 20 W laser Laser cleaning stand Laserblast 1000 with pulsed Nd:YAG 40 W laser The laser cleaning systems LaserBlasts are movable and can be used in museum, in open area (on site), also on scaffolds. The flexible optical fibers enable cleaning in less accessible areas as well as conservation and cleaning of objects of complicated shape and/or expanded surface. LaserBlasts offer beam delivery systems producing a square, uniform ("top-hat") output beam for maximum cleaning effectiveness and homogeneity.
	Laser 3D scanner Konica Minolta VI-9i 3D digitizer enables non-contact, digital documentation for reconstruction, virtual presentation, reverse engineering etc. It provides high-speed and high-accuracy 3D measurement of sculptures, reliefs, dies, cast and forged products, stamped and plastic-molded products, simultaneously acquiring surface shape data and color image data.
	Scanner for archives and old prints I2S The scanner enables non-contact digitization, in color or greyscale, of any kind of bound document up to A1 format (e.g. ancient books, manuscripts, incunabula, civil records, maps, newspapers, magazines, lab books, glass plates, daguerreotypes, etc.).
	Portable LIBS spectrometer AvaLIBS The device provides immediate analysis of the elemental composition of most substances, basing on spectral databases. The measurements can be performed on the object (in-situ) or on the samples and only a few micrograms are extracted.
	Micro-Raman spectrometer Renishaw InVia The high-sensitivity system, with integrated research grade microscope, enables high resolution confocal measurements and analysis of a wide-ranging number of materials, e.g. identification of pigments and investigations of the authenticity of works of art.
	UV - VIS spectroscopic stand: monochromator SR-303i + ICCD camera iStar DH 740 The set enables spectroscopic measurements of very weak signals, e.g. characteristic for LIF (laser induced fluorescence) and registration of time resolved spectra.

	EUROPEAN UNION Project co-financed by the European Regional Development Fund
The Sectoral Operational Programme "Improvement of the Competitiveness of Enterprises, years 2004-2006" Priority 1: Enhancement of a knowledge-based economy business environment Measure 1.4: Strengthening co-operation between the R&D sphere and the economy Sub-measure 1.4.2: Investment projects relating to building up, modernisation and equipment of laboratories rendering specialised services for enterprises