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    Finland: Tenders/University of Turku (Turun yliopisto)/Sciex 8600 QTOF SYSTEM

    1. Contract start date

      Mar 2, 12:00 AMMarch 2, 2026 12:00 AM

    2. Supplier selection

      Mar 2, 12:00 AMMarch 2, 2026 12:00 AM

    3. Result notice published

      Mar 3, 7:22 AMMarch 3, 2026 7:22 AM

    4. Change in result

      Apr 15, 8:29 AMApril 15, 2026 8:29 AM

    Brief

    Sciex 8600 QTOF SYSTEM

    Awarded

    The competition has ended and a winner has been selected.

    Qualification deadline
    Apr 14,Expired
    Award
    Procedure
    Without prior noticeTwo stages
    Agreement
    Buying goods

    Brief

    Turun yliopisto has entered into an agreement with A/B Sciex Oy for the delivery of a Sciex 8600 QTOF SYSTEM, including LC-MS and accessories, to Varsinais-Suomi, with a final contract value of 1,200,000 €. The system is required to feature a patented DJET ion guide for enhanced sensitivity, an EAD fragmentation cell for rapid reaction times, an ion source interchangeable between analytical and nanoflow without part removal, the ability to perform APCI measurements without additional parts, and support for ZTscan 2.0 DIA methods at scan speeds up to 858 Hz. Only one bid was received for this contract.

    Laboratorieutstyr og analyseinstrumenter

    Result

    TED
    • A/B Sciex Oy
      Winner
    • Number of bids
      1
    • Contract value
      €1,200,000

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    • Description

      Features and functionalities

      Source

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    Previous winners

    • Who are you up against?

      The suppliers who have won similar contracts at University of Turku (Turun yliopisto)

    From the notice

    • Sciex 8600 QTOF SYSTEM (the whole functioning system includes LC-MS and accessories) Specific needs and required functionalities of the instrument: 1. The Sciex 8600 QTOF instruments incorporate essential and unique technologies that are pivotal for our research in metabolomics, lipidomics, and proteomics. The patented DJET ion guide (US patent 10475633) significantly enhances sensitivity by over tenfold from the previous version (7600), which is crucial for achieving our research objectives. The specific design of the DJET facilitates high mass transmission mode, allowing large intact proteins (> 100kDa) to be effectively transferred to the detector, thereby expanding our proteomics research capabilities. 2. The EAD fragmentation cell in the Sciex 8600 system enables fragmentation tuning suitable for your analytes using different electron energies (up to 50 eV) and electron currents. The EAD cell (US patent 10014166) supports rapid reaction times of less than 5 ms without compromising data quality, even for singly charged molecules. Additionally, the EAD cell, in combination with the unique ZenoTRAP (US patent US7456388), produces highly intense MS/MS spectra for fragmented ions. 3. The ion source must be interchangeable from analytical flow to nanoflow without removing and changing the source this is due to the instruments use needing to switch between metabolomics (analytical flow) and proteomics (micro and nano flow). 4. Must be able to perform APCI measurements without the need for buy extra parts to the ion source due to cross compatibility with existing instruments 5. The ability to perform ZTscan 2.0 DIA methods for both small molecules and peptides at scan speeds up to 858 Hz.

    • Contact

      Procurement Servicesprocurement@utu.fi
    • Type
      Result · Prequalification
    • Location
      Varsinais-Suomi
    • Main code
      Laboratory, optical and precision equipments (excl. glasses)
      38000000
    • 38430000Detection and analysis apparatus38432200Chromatographs38433100Mass spectrometer

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