Award

3993/JN/23 - Closed-Cycle Cryostat System (2 Lots)

UNIVERSITY OF SHEFFIELD

  • Contract Timeline

    Publication Date

    25th March 2024 11:27:42 AM

  • Contract Summary

    The University of Sheffield's department of Physics and Astronomy are looking to procure 2 types of closed-cycle cryostat systems for optical spectroscopy of semiconductor quantum dots (QDs). Lot 1 - Optical Table Cryostat for Photoluminescence Imaging: A closed-cycle cryostat system is required for optical spectroscopy of semiconductor quantum dots (QDs). The principal uses will be for micro-photoluminescence and photoluminescence imaging from self- assembled InGaAs QDs in the Department of Physics and Astronomy. Lot 2 - Standalone Optical Cryostat for Long Duration Measurements: Up to 2 closed-cycle cryostat systems are required for optical spectroscopy of semiconductor quantum dots (QDs). The principal use will be for micro-photoluminescence measurements of self- assembled InGaAs QDs in the Department of Physics and Astronomy, in particular long-duration measurements under resonant laser excitation that require very high stability and low vibration. This is an FTS open exercise. The ITT can be downloaded by registering and expressing your interest on the University`s e-tendering system https://in-tendhost.co.uk/sheffield If you have any questions or comments in relation to this tender they must be submitted via the In-tend system, this can be accessed at https://in-tendhost.co.uk/sheffield Completed tenders must be returned through the same e-tendering system. The University of Sheffield is not a contracting authority for the purposes of the Public Contracts Regulations 2015 (Directive 2014/24/EU) as amended by the Public Procurement (Amendment) (EU Exit) Regulations 2020. The University is, on a voluntary basis, operating under the Public Contracts Regulations (as defined above) for this procurement case and is therefore advertising this opportunity in Contracts Finder with an obligation to comply with these regulations. By doing so, it does not become a contracting authority and there is no implied obligation to comply with procurement legislation for other procurement cases.

  • Contract Details

    Open Contracting ID

    ocds-b5fd17-d52e501f-a2cc-42a7-b209-827cfcd9aec6

    Publication Source

    Contracts Finder

    Procurement Stage

    Award

    Procurement Method

    Open

    Procurement Method Details

    Open Procedure (above Threshold)

    Procurement Category

    Goods

    Tender Suitability

    SME VCSE

    Framework / DPS

  • Contract Classification

    CPV Code(s)

    38000000

    CPV Division(s)

    38 - Laboratory, optical and precision equipments (excl. glasses)

  • Awarding Authority

    UNIVERSITY OF SHEFFIELD

    Buyer Name

    James Noble

    Buyer Email

    james.noble@sheffield.ac.uk

    Buyer Phone

    Buyer Address

    THE UNIVERSITY OF SHEFFIELD,WESTERN BANK

    SHEFFIELD

    S102TN

    England

  • Awarded Supplier(s)

    Supplier Name(s)

    ATTOCUBE SYSTEMS AG
    QUANTUM DESIGN UK AND IRELAND LTD


Tender

3993/JN/23 - Closed-Cycle Cryostat System (2 Lots)

UNIVERSITY OF SHEFFIELD

  • Contract Timeline

    Publication Date

    20th December 2023 15:38:41 PM

    Tender Deadline

    25th January 2024 12:00:00 PM   Expired

  • Contract Summary

    The University of Sheffield's department of Physics and Astronomy are looking to procure 2 types of closed-cycle cryostat systems for optical spectroscopy of semiconductor quantum dots (QDs). Lot 1 - Optical Table Cryostat for Photoluminescence Imaging: A closed-cycle cryostat system is required for optical spectroscopy of semiconductor quantum dots (QDs). The principal uses will be for micro-photoluminescence and photoluminescence imaging from self- assembled InGaAs QDs in the Department of Physics and Astronomy. Lot 2 - Standalone Optical Cryostat for Long Duration Measurements: Up to 2 closed-cycle cryostat systems are required for optical spectroscopy of semiconductor quantum dots (QDs). The principal use will be for micro-photoluminescence measurements of self- assembled InGaAs QDs in the Department of Physics and Astronomy, in particular long-duration measurements under resonant laser excitation that require very high stability and low vibration. This is an FTS open exercise. The ITT can be downloaded by registering and expressing your interest on the University`s e-tendering system https://in-tendhost.co.uk/sheffield If you have any questions or comments in relation to this tender they must be submitted via the In-tend system, this can be accessed at https://in-tendhost.co.uk/sheffield Completed tenders must be returned through the same e-tendering system. The University of Sheffield is not a contracting authority for the purposes of the Public Contracts Regulations 2015 (Directive 2014/24/EU) as amended by the Public Procurement (Amendment) (EU Exit) Regulations 2020. The University is, on a voluntary basis, operating under the Public Contracts Regulations (as defined above) for this procurement case and is therefore advertising this opportunity in Contracts Finder with an obligation to comply with these regulations. By doing so, it does not become a contracting authority and there is no implied obligation to comply with procurement legislation for other procurement cases.

  • Contract Details

    Open Contracting ID

    ocds-b5fd17-d52e501f-a2cc-42a7-b209-827cfcd9aec6

    Publication Source

    Contracts Finder

    Procurement Stage

    Tender

    Procurement Method

    Open

    Procurement Method Details

    Open Procedure (above Threshold)

    Procurement Category

    Goods

    Tender Suitability

    SME VCSE

    Framework / DPS

  • Contract Classification

    CPV Code(s)

    38000000

    CPV Division(s)

    38 - Laboratory, optical and precision equipments (excl. glasses)

  • Awarding Authority

    UNIVERSITY OF SHEFFIELD

    Buyer Name

    James Noble

    Buyer Email

    james.noble@sheffield.ac.uk

    Buyer Phone

    Buyer Address

    THE UNIVERSITY OF SHEFFIELD,WESTERN BANK

    SHEFFIELD

    S102TN

    England