A high resolution analytical transmission electron microscope is to be acquired by Department of Engineering Sciences, the Ångström Laboratory at Uppsala University. The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.
Sista ansökningsdag
Tidsfristen för mottagande av anbud var 2016-05-30.
Upphandlingen offentliggjordes den 2016-04-20.
Leverantörer
Följande leverantörer nämns i tilldelningsbeslut eller andra upphandlingsdokument:
Meddelande om upphandling (2016-04-20) Objekt Upphandlingens omfattning
Titel: Laboratorieutrustning, optisk utrustning och precisionsutrustning (exkl. glas)
Referensnummer: UH-2016/20
Kort beskrivning:
A high resolution analytical transmission electron microscope is to be acquired by Department of Engineering Sciences, the Ångström Laboratory at Uppsala University.
The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.
A high resolution analytical transmission electron microscope is to be acquired by Department of Engineering Sciences, the Ångström Laboratory at Uppsala University.
The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.
Referens Datum
Avsändningsdatum: 2016-04-20 📅
Sista anbudsdag: 2016-05-30 📅
Publiceringsdatum: 2016-04-23 📅
Identifierare
Meddelandenummer: 2016/S 080-141111
EUT-S-nummer: 80
Objekt Upphandlingens omfattning
Kort beskrivning:
A high resolution analytical transmission electron microscope is to be acquired by Department of Engineering Sciences, the Ångström Laboratory at Uppsala University.
The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.
The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.
Beräknat totalt värde: 12 000 000 SEK 💰
Kort beskrivning:
The Ångström Laboratory is one of the most modern laboratories for materials science research in Europe. Materials and devices are both made and studied with state-of-the-art equipment or instruments. At present there are about 500 materials researchers in the building, excluding the numerous visitors and visiting researchers. Our instruments will therefore become familiar to a large number of future engineers and project leaders in industry and tomorrow's scientists.
The Ångström Laboratory is one of the most modern laboratories for materials science research in Europe. Materials and devices are both made and studied with state-of-the-art equipment or instruments. At present there are about 500 materials researchers in the building, excluding the numerous visitors and visiting researchers. Our instruments will therefore become familiar to a large number of future engineers and project leaders in industry and tomorrow's scientists.
The microscope users are skilled scientists and graduate students doing research and teaching as well as short and long term investigations initiated by industry. The education encompass both undergraduate and graduate courses in e.g. chemistry, electronics, materials science, and physics.
The microscope users are skilled scientists and graduate students doing research and teaching as well as short and long term investigations initiated by industry. The education encompass both undergraduate and graduate courses in e.g. chemistry, electronics, materials science, and physics.
Förfarande
Språk på vilka anbud eller ansökningar om deltagande kan lämnas in: svenska 🗣️
Anbudens giltighetstid: 2016-08-28 📅
Datum för öppnande av anbud: 2016-05-31 📅
Tidpunkt för öppnande av anbud: 00:00
Meddelande om tilldelning (2016-08-10) Objekt Upphandlingens omfattning
Kort beskrivning:
A high resolution analytical transmission electron microscope is to be acquired by Department of Engineering Sciences, the Ångström Laboratory at Uppsala University.
The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.
For information about Uppsala University see http://www.uu.se. For information about The Department of Engineering Sciences, see http://www.teknik.uu.se
A high resolution analytical transmission electron microscope is to be acquired by Department of Engineering Sciences, the Ångström Laboratory at Uppsala University.
The microscope will be placed in the microstructure laboratory where it will be the top-of-the-line TEM in the microscope facility. The state-of-the-art TEM will strengthen the possibilities and increase the capacity, for the over 150 users in the electron microscope lab, to produce impacting results supporting their research and microscopy development. The large user base requires that the instrument is easy to use and easy to maintain. At the same time, the TEM must perform on such a level that analysis supports and stimulates competitive materials research in the front line, both in hard and soft materials. The specimens will come from a broad spectrum.