HavforskningsinstituttetBERGENTED
26/00896 Cell microscope
This competition is for the procurement of an inverted microscope that can run routine analyses of cultivated cells. This particularly applies to automatic counting of cells, the proportion of dead cells and morphological changes of cells. An inverted microscope is therefore necessary. There will be many users of the instrument, with diff...
Typ: Ausschreibung
Dokumente kostenlos freischalten
Ohne Kreditkarte · Sofortiger Zugang
Inhalt auf einen Blick
- Ausschreibungstyp:
- Ausschreibung
- Auftraggeber:
- Havforskningsinstituttet
- Veröffentlicht:
- 11. August 2026
- Frist:
- Nicht angegeben
Ausschreibungsbeschreibung
Vollständige Beschreibung anzeigenBeschreibung einklappen
This competition is for the procurement of an inverted microscope that can run routine analyses of cultivated cells. This particularly applies to automatic counting of cells, the proportion of dead cells and morphological changes of cells. An inverted microscope is therefore necessary. There will be many users of the instrument, with different uses and expertise. It is important that the user interface is educational and that the system has KI functions that facilitate the analyses. It is also important that larger objects such as fish larvae (up to 2.5 cm) can be analysed, as well as histological slides. Therefore, we need to have connectivity options to the extra colour camera. We plan to replace the current confocal scanner for use on this instrument at a later date.
Weiterführende Details
Mit dem kostenlosen Zugang stehen Unterlagen, Fristen und Hinweise zur Einreichung strukturiert bereit.
- Kernanforderungen der Ausschreibung priorisiert aufbereitet
- Fristen, Eignungskriterien und Unterlagen in einem Ablauf
- Hinweise zur strukturierten Angebotsvorbereitung
- Passende Folgeausschreibungen automatisch entdecken
30 Tage kostenlos freischalten
30 Tage kostenlos · keine Kreditkarte · jederzeit kündbar
Alle Vergabedetails
Auftraggeber, Lose, Beteiligte, Orte, Unterlagen und Verfahrensdaten sind bereits erfasst. Öffnen Sie einen Bereich, um die vollständigen Angaben im Workspace zu sehen.
7 Datenbereiche verfügbar
30 Tage kostenlos freischalten
30 Tage kostenlos · keine Kreditkarte · jederzeit kündbar
Unterlagen
Freischalten50 Angaben erfasstUnterlagen · Dokumentenpaket
Auftraggeber
Freischalten3 Angaben erfasstAuftraggeber · Anschrift · Kontakt
Lose
Freischalten1 Angabe erfasstLose LOT-0001
Verfahrensdaten
Freischalten5 Angaben erfasstBekanntmachungsnummer · Verfahrensreferenz · Verfahrensart · Auftragsart · +1 weitere
Ausführungsorte
Freischalten3 Angaben erfasstAusführungsorte
Bieter und Auftragnehmer
Freischalten3 Angaben erfasstBieter und Auftragnehmer · Anschrift · Kontakt
Veröffentlichungsstelle
Freischalten3 Angaben erfasstVeröffentlichungsstelle · Anschrift · Kontakt
Ähnliche Bekanntmachungen
9BME EEA 2026-06 Framework agreement for the operation and maintenance of Small pudding foot and cycle bridges.
Bergen kommune - Bergen VannBERGENThe contract is for the operation and maintenance of the foot and cycle bridge "Småpudden". Smallpudden bridge is a flap bridge over Damsgårdssundet in Bergen, which can be opened for boat traffic. This is an important route for foot and cycle and it is important that it works at all times. The interaction between the function such as the Foot and Cycle Path and opening for boat traffic must be taken care of.COSE1835.26 Supply, Delivery, Installation, and Maintenance of a wide-field microscope with a deconvolution system for University of Galway
University of Galway (ID 1400)GalwayFrist: 31. JuliIt is intended that the framework will be used for all of University of Galway’s requirements for an integrated automated microscope imaging and analysis system. The contract will be to supply a wide-field microscope with deconvolution, along with a minimum of 5 years total warranty (1 year standard + 4 years extended). The scope of this tender includes a live cell imaging system and a minimum 5-year service contract. This will include all IT hardware and software necessary to run the system and provide tools for image analysis and deconvolution pipelines.Market consultation advanced maskless photopatterning system
Rijksuniversiteit GroningenGroningenFrist: 26. JuliIntroduction Within the University of Groningen (UG), at the Groningen Research Institute of Pharmacy, the Pharmaceutical Analysis Group studies cell behaviour in physiologically relevant microenvironments, with a particular focus on microfluidic devices and hydrogel-based platforms. A central aspect of this research is the ability to engineer precisely defined biochemical and physical microenvironments at the sub-micron scale, in which cells can then be imaged and observed over time. To address the research questions arising in this context, an advanced maskless photopatterning system is required, capable of three functions within a single device: micropatterning of biomolecules for defining regions where cell can adhere, three-dimensional structuration of UV-sensitive hydrogels for structuring the mechanical environments of the cells, and microfabrication of microfluidic channels for enabling control of the biochemical environment of the cells. These three functions must be reconfigurable on demand and in real time, and the system must mount on an inverted fluorescence microscope, so that patterning can be performed at precisely imaged locations and in closed loop with observed cell behaviour. Together, these requirements place stringent demands on the patterning resolution, design flexibility, multi-function capability, and microscope integration of the instrument. See the market consultation document for futher information.Focused Ion Beam, Scanning Electron Microscope (FIB-SEM)
Lunds universitetLundFrist: 24. Aug.Lund Nano Lab (LNL) at Lund University intends to purchase a Focused Ion Beam Scanning Electron Microscope, in this document referred to as the FIB-SEM, instrument or equipment. This document lists all the requirements the FIB-SEM must meet. The instrument is intended to be used for high-resolution imaging, materials analysis and preparing samples for TEM analysis as well as for experiments at the MAX IV synchrotron.High-speed High-resolution Spinning-disk Confocal Microscope for live cell and fixed samples
University of HelsinkiUniversity of HelsinkiFrist: 20. Aug.We ask tenders for an advanced spinning-disk confocal microscopy system (High-speed High-resolution Spinning-disk Confocal Microscope for live cell and fixed samples). Instrumentation will be acquired to the Biomedicum Imaging Unit, imaging core facility within the University of Helsinki. Maximum price of system is 450 000 € (VAT 0 %), including shipping, installation, user training, and insurance until final acceptance of instrument. System must be delivered and installed within 14 weeks from purchase order date. In addition, we ask annual preventative maintenance contract for total 5 years after warranty period as an option. Price per year after warranty period shall be indicated and total price over five years given (for the evaluation). The buyer reserves the right to decide at the end of each yearly period whether to accept the option of continuing the service contract for another year (up to maximum five years) at tendered price.Scanning Electron Microscope
Danmarks Tekniske Universitet - DTUKgs. LyngbyFrist: 31. Aug.This tender concerns the acquisition of a scanning electron microscope (SEM) for a university facility that provides access to an extensive suite of nanofabrication and characterisation tools as one of its core purposes. Due to a recently identified bottleneck in the suite of high-end characterisation in the cleanroom, DTU wishes to acquire a SEM. This problem has arisen as the result of multiple breakdowns among the aging and current instruments thus exposing an unexpected vulnerability in the overall process flow of several of our commercial users. The instrument is intended to meet the characterization requirements of DTU’s key commercial customers. Accordingly, only a high-end system equipped with a field emission source, capable of delivering high emission at low energy spread, will be considered acceptable. The system must provide state-of-the-art lateral image resolution of 0.8 nm or better at an accelerating voltage of 15 kV, and 0.9 nm or better at 1 kV, both achieved without beam deceleration or sample bias and using the in-column secondary electron detector. The SEM must be compatible with samples originating directly from customer production processes and must therefore be capable of handling wafers with diameters of up to 200 mm. Typical substrate materials include silicon, fused silica, and quartz. These materials cannot be coated to reduce charging effects during SEM analysis, and the instrument must therefore be capable of imaging such non-conductive samples without the application of conductive coatings.Market consultation advanced inverted fluorescence microscope
Rijksuniversiteit GroningenGroningenFrist: 30. JuliIntroduction Within the University of Groningen (UG), at the Groningen Research Institute of Pharmacy, the Pharmaceutical Analysis Group studies cell behaviour and nanoparticle dynamics in physiologically relevant microenvironments, with a particular focus on microfluidic devices and hydrogel-based platforms. A central aspect of this research is the ability to engineer precisely defined biochemical and physical microenvironments at the sub-micron scale, and to observe how cells and particles respond to these environments over time. To address the research questions arising in this context, an advanced inverted fluorescence microscope is required, capable of supporting both high-precision imaging and laser patterning of microenvironments, long-term live imaging of dim fluorescent samples across extended timescales of 24 hours or more, and real-time closed-loop experiment control, where imaging data must be processed and acted upon during acquisition rather than after the fact. To enable sub-micron laser photopatterning, the microscope must support stable and validated integration with the Alveole Primo2 system, a laser-based photopatterning module which will be available in the group. Together, these requirements place stringent demands on the optical performance, mechanical stability, and computational capabilities of the microscope. Please see the market consultation document for further information.Anechoic Chamber
Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR) - OberpfaffenhofenWeßlingFrist: 07. Sept.The anechoic chamber is a necessary environment for the Satellite Network Emulator (SNE) to create a reflection-free environment for the satellites, similar to that in space. The SNE is not part of this tender; however, it is described in Chapter 3 as an important component for the design of the anechoic chamber. The NTN-Testlab (Fig. 1 see annex A) is the host building that will provide a dedicated space for the installation of the anechoic chamber. The specifications for this anechoic chamber are the subject of this document. Specifications for the anechoic chamber The specifications for the anechoic chamber are intended to list the necessary and desired requirements as defined by the DLR Institute of Communication and Navigation. It is therefore intended to serve as the basis for corresponding offers. Further information can be found in the attached Statement of Work “Specifications Anechoic Chamber, Version: 1.1. Doc. ID KN-ZL001” in its version of July 27, 2026 – Annex A (Contract Documents)Anechoic Chamber
Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR) - OberpfaffenhofenWeßlingFrist: 07. Sept.The anechoic chamber is a necessary environment for the Satellite Network Emulator (SNE) to create a reflection-free environment for the satellites, similar to that in space. The SNE is not part of this tender; however, it is described in Chapter 3 as an important component for the design of the anechoic chamber. The NTN-Testlab (Fig. 1 see annex A) is the host building that will provide a dedicated space for the installation of the anechoic chamber. The specifications for this anechoic chamber are the subject of this document. Specifications for the anechoic chamber The specifications for the anechoic chamber are intended to list the necessary and desired requirements as defined by the DLR Institute of Communication and Navigation. It is therefore intended to serve as the basis for corresponding offers. Further information can be found in the attached Statement of Work “Specifications Anechoic Chamber, Version: 1.1. Doc. ID KN-ZL001” in its version of July 27, 2026 – Annex A (Contract Documents)
Häufige Fragen zu dieser Ausschreibung
- Wie kann ich mich auf diese Ausschreibung bewerben?
- Erstellen Sie ein kostenloses Konto auf Auftrag One. Danach sehen Sie alle Unterlagen, Fristen und Hinweise zur Einreichung in einem strukturierten Ablauf.
- Bis wann läuft die Angebotsfrist?
- Für diese Bekanntmachung ist aktuell keine konkrete Angebotsfrist angegeben.
- Wer ist der Auftraggeber?
- Der Auftraggeber ist Havforskningsinstituttet.
- Welche Unterlagen sind für den Start relevant?
- In der Regel benötigen Sie Leistungsbeschreibung, Eignungsnachweise, Fristenhinweise und ggf. Formblätter. Auf Auftrag One werden diese Punkte priorisiert dargestellt.