II.1)
Scope of the procurement
LA2428C-Technological University Dublin-RFT for the Supply of a Multimodal Imaging Platform
Reference number:
LA2428C
38000000
-
Laboratory, optical and precision equipments (excl. glasses)
Supplies
II.1.4)
Short description
The Multimodal Imaging Platform is required for the visualisation and analysis of materials and physical, chemical and biological processes at a scale of hundreds of nanometers. It is envisaged that the Platform should combine the modalities of state-of-the-art visible confocal fluorescence microscopy with imaging based on fluorescence lifetime, 2 photon fluorescence, second harmonic generation (SHG), coherent anti-Stokes (CARS), and stimulated Raman scattering (SRS). The source must be minimally perturbative for dynamic studies, the specimen being maintained as close to physiological conditions as possible, from video-rate imaging to long-term observations of sensitive specimens.
II.1.6)
Information about lots
This contract is divided into lots:
no
II.1.7)
Total value of the procurement
Value excluding VAT:
1181116.00
EUR
II.2.2)
Additional CPV code(s)
33124100
-
Diagnostic devices
38500000
-
Checking and testing apparatus
38510000
-
Microscopes
38636100
-
Lasers
48329000
-
Imaging and archiving system
85150000
-
Medical imaging services
II.2.3)
Place of performance
II.2.4)
Description of the procurement
TU Dublin seeks to extend the capacity of the FOCAS Research Institute through the award, by Science Foundation Ireland under the Research Infrastructure Programme 2021. This was awarded to Prof. Hugh J. Byrne, Head of the FOCAS Research Institute for the procurement of a Multimodal Imaging Platform. The Platform will be integrated into the Open Access facilities of the FOCAS Research Institute, TU Dublin, with associated core management, administrative and technical support, to ensure widespread access and sustainability.
The Multimodal Imaging Platform is required for the visualisation and analysis of materials and physical, chemical and biological processes at a scale of hundreds of nanometers. It is envisaged that the Platform should combine the modalities of state-of-the-art visible confocal fluorescence microscopy with imaging based on fluorescence lifetime, 2 photon fluorescence, second harmonic generation (SHG), coherent anti-Stokes (CARS), and stimulated Raman scattering (SRS). The source must be minimally perturbative for dynamic studies, the specimen being maintained as close to physiological conditions as possible, from video-rate imaging to long-term observations of sensitive specimens.
Criteria below
Quality criterion
-
Name:
Technical Merit
/
Weighting:
65%
Quality criterion
-
Name:
After Sales Support, Warranty & Training
/
Weighting:
10%
Quality criterion
-
Name:
Method & Sustainability
/
Weighting:
5%
Cost criterion
-
Name:
Ultimate Cost
/
Weighting:
20%
II.2.11)
Information about options
Options:
no
II.2.13)
Information about European Union funds
The procurement is related to a project and/or programme financed by European Union funds:
no
II.2.14)
Additional information
All information relating to this tender is published on www.etenders.gov.ie