Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. This system is to be purchased as part of the University of Limerick's internal call for the Science Foundation Ireland Opportunity fund 2017.
Deadline
The time limit for receipt of tenders was 2017-10-27.
The procurement was published on 2017-09-11.
Suppliers
The following suppliers are mentioned in award decisions or other procurement documents:
Contract notice (2017-09-11) Object Scope of the procurement
Title: Printing and graphics equipment
Reference number: LEE295C
Short description:
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. This system is to be purchased as part of the University of Limerick's internal call for the Science Foundation Ireland Opportunity fund 2017.
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. This system is to be purchased as part of the University of Limerick's internal call for the Science Foundation Ireland Opportunity fund 2017.
Please see RFT plus Appendices for all information relating to this tender competition.
Object Scope of the procurement
Estimated total value: 245 000 EUR ๐ฐ
Short description:
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. Environmental control for live cell imaging under physiologically relevant conditions and on-board liquid handling for fast kinetic assays and media exchange are essential. The system must be fully-integrated for automated acquisition and analysis of images, including integrated 3D image analysis to enable the identification of 3D object counts, volume measurements and 3D centroids. The complete solution must be future upgradeable to accommodate the varied needs of the researchers in the institute as their applications change in the future. This system is to be purchased as part of the University of Limerick's internal call for the Science Foundation Ireland Opportunity fund 2017.
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. Environmental control for live cell imaging under physiologically relevant conditions and on-board liquid handling for fast kinetic assays and media exchange are essential. The system must be fully-integrated for automated acquisition and analysis of images, including integrated 3D image analysis to enable the identification of 3D object counts, volume measurements and 3D centroids. The complete solution must be future upgradeable to accommodate the varied needs of the researchers in the institute as their applications change in the future. This system is to be purchased as part of the University of Limerick's internal call for the Science Foundation Ireland Opportunity fund 2017.
Estimated value excluding VAT: 245 000 EUR ๐ฐ
Duration: 36 months
Description of options:
Please see RFT plus Appendices for all information relating to Tech Spec options.
Additional information:
Please see RFT plus Appendices for all information relating to this tender competition.
Place of performance
Main site or place of performance: Bernal Institute, UL.
Legal, economic, financial and technical information Conditions for participation
Suitability to pursue the professional activity:
Please see RFT plus Appendices for all information relating to this tender competition.
Economic and financial standing:
Please see RFT plus Appendices for all information relating to this tender competition.
Minimum level(s) of standards:
Please see RFT plus Appendices for all information relating to this tender competition.
Technical and professional ability:
Please see RFT plus Appendices for all information relating to this tender competition.
Please see RFT plus Appendices for all information relating to this tender competition.
Procedure
Time of receipt of tenders: 14:00
Languages in which tenders or requests to participate may be submitted: English ๐ฃ๏ธ
Tender validity period: 36 months
Tender opening date: 2017-10-27 ๐
Tender opening time: 14:00
Place: Etenders.
Additional information: EPS Operations Personnel x 2.
Complementary information Review body
Name: Office of the High Court
Postal address: Inns Quay
Postal town: Dublin
Postal code: 7
Country: Ireland ๐ฎ๐ช
Source: OJS 2017/S 176-359994 (2017-09-11)
Contract award notice (2017-12-12) Object Scope of the procurement
Short description:
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. This system is to be purchased as part of the University of Limerickโs internal call for the Science Foundation Ireland Opportunity fund 2017.
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. This system is to be purchased as part of the University of Limerickโs internal call for the Science Foundation Ireland Opportunity fund 2017.
Total value of the procurement: 323966.56 EUR ๐ฐ
Notice metadata
Document type: Contract award notice
Procedure
Type of bid: Not applicable
Contracting authority Identity
Postal address: University of Limerick, Plassey
Postal code: Co.Limerick
Object Scope of the procurement
Short description:
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. Environmental control for live cell imaging under physiologically relevant conditions and on-board liquid handling for fast kinetic assays and media exchange are essential. The system must be fully-integrated for automated acquisition and analysis of images, including integrated 3D image analysis to enable the identification of 3D object counts, volume measurements and 3D centroids. The complete solution must be future upgradeable to accommodate the varied needs of the researchers in the institute as their applications change in the future. This system is to be purchased as part of the University of Limerickโs internal call for the Science Foundation Ireland Opportunity fund 2017.
Tenders are sought for the supply and installation of a Confocal High Content Imaging system to support a wide range of biological samples ranging from single cell subcellular assays to complex 3D multicellular organoids. The confocal equipment must be able to automatically capture scientific-grade microscopy images of high quality from a wide range of sample formats in multiple dimensions and optical configurations, whilst offering a flexible and open environment to its users. Environmental control for live cell imaging under physiologically relevant conditions and on-board liquid handling for fast kinetic assays and media exchange are essential. The system must be fully-integrated for automated acquisition and analysis of images, including integrated 3D image analysis to enable the identification of 3D object counts, volume measurements and 3D centroids. The complete solution must be future upgradeable to accommodate the varied needs of the researchers in the institute as their applications change in the future. This system is to be purchased as part of the University of Limerickโs internal call for the Science Foundation Ireland Opportunity fund 2017.
Award of contract
Date of contract conclusion: 2017-12-12 ๐
Complementary information Review body
Information about review deadlines: Please contact EPS at details enclosed for review procedures.
Source: OJS 2017/S 241-500125 (2017-12-12)