21-043326-00120210505EN From ConvertorS20202101292021/S 020-045733http://ted.europa.eu/udl?uri=TED:NOTICE:045733-2021:TEXT:EN:HTMLENwww.KU.dkMass spectrometerHovedstadenHovedstadenDANMARK1800000.0020210125Body governed by public lawVoluntary ex ante transparency noticeSuppliesNegotiated without a prior call for competitionEuropean Union, with participation by GPA countriesNot applicableNot specifiedEducation01B1501ДaнияКопенхаген

Масов спектрометър

DánskoKodaň

Hmotnostní spektrometry

DanmarkKøbenhavn

Massespektrometer

DänemarkKopenhagen

Massenspektrometer

ΔανίαΚοπεγχάγη

Φασματοφωτόμετρα μάζας

DenmarkCopenhagen

Mass spectrometer

DinamarcaCopenhague

Espectrómetros de masas

TaaniKopenhaagen

Mass-spektromeetrid

TanskaKööpenhamina

Massaspektrometri

DanemarkCopenhague

Spectromètre de masse

Danmhairg, anCóbanhávan

Mass spectrometer

DanskaKopenhagen

Maseni spektrometri

DániaKoppenhága

Tömegspektrométer

DanimarcaCopenaghen

Spettrometri di massa

DanijaKopenhaga

Masės spektrometrai

DānijaKopenhāgena

Masspektrometrs

id-DanimarkaKopenħagen

Spettrometri tal-massa

DenemarkenKopenhagen

Massaspectrometers

DaniaKopenhaga

Spektrometry masy

DinamarcaCopenhaga

Espectrómetros de massa

DanemarcaCopenhaga

Spectrometre de masă

DánskoKodaň

Hmotnostné spektrometre

DanskaKopenhagen

Spektrometer mase

DanmarkKöpenhamn

Masspektrometer

University of CopenhagenUniversity of Copenhagen
Nørregade 10
Copenhagen k1165Mahmut YükselFgn253@ku.dkwww.KU.dk<P>Acquisition of a Xevo G2 XS QTof</P>

Forensic Chemistry Department, Department of Forensic Medicine, Faculty of Health Sciences, University of Copenhagen is an analysis laboratory that performs forensic chemical analysis tasks as part of the processing of forensic medical cases. Mass spectrometry-based analysis methods are predominantly used. The department has GC, GC-MS, LC-MS / MS and HRLCMS equipment (time-of-flight and orbitrap equipment). There are barely 40 employees.

1800000.00

The purchase of a liquid-chromatography-time-of-flight mass spectrometer for the analysis of drugs and addictive substances in forensic chemistry cases is planned as part of the Forensic Medicine Institute's tasks for the police and the judiciary.

The reason for choosing a Waters I-Class plus UPLC and Waters Xevo G2-XS QTOF MS is the Waters UNIFI Scientific Information System. UNIFI the first software platform to merge LC and high performance MS data (both quadrupole and time-of-flight) into a single solution that encompasses data acquisition, processing, visualization, reporting, and configurable compliance tools within a networked laboratory environment.

The Section of Forensic Chemistry has been using UNIFI since 2014 and has spent years optimizing the system for their analysis. The Section of Forensic Chemistry is currently using the UNIFI Server Solution that controls two UHPLC-QTOF-MS systems (Waters I-Class UPLC and Waters Xevo G2-X QTOF MS) and enables 15 users perform data processing from their own desktop.

The Section of Forensic Chemistry has developed systems for connecting UNIFI to their overall laboratory information managing system (StarLims) and easy access to UPLC-QTOF-MS data collected since 2014. A fast datamining (retrospective screeing) system for UNIFIs MSE data has also been developed.

The Waters UNIFI Scientific Information System is not able to control third party HR-MS instruments or processes their data.

2021-01-19Waters A/S
Dybendalsvænget 2
Taastrup2630+45 46598080Soren_Dantoft@waters.comwww.waters.com1800000.00Danish Public Contracts Appeal Board
Nævnenes hus, toldboden 2
Viborg8800+45 72405600NH@naevneneshus.dkwww.KLFU.dk2021-01-25