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The University of Sheffield: 5085.SH.JN - Advanced Nano-Mechanical Characterisation System with Integrated Fluorescence

  The University of Sheffield has published this notice through Delta eSourcing

Notice Summary
Title: 5085.SH.JN - Advanced Nano-Mechanical Characterisation System with Integrated Fluorescence
Notice type: UK4: Tender notice
Authority: The University of Sheffield
Nature of contract: Supplies
Procedure: Above threshold - Open procedure
Short Description: The University of Sheffield, supported by the Wolfson Light Microscopy Facility (LMF), is seeking the supply, installation and commissioning of a high-throughput nanoindentation platform for the quantitative mechanical characterisation of biological samples and biomaterials. The instrument will provide a centrally managed research resource supporting investigators from across the Faculties of Health, Science and Engineering, together with external academic and industrial collaborators. The system will enable the measurement of mechanical properties across a broad range of biological specimens including single cells, organoids, tissue sections, extracellular matrices, biomaterials and engineered tissues. The University requires an integrated platform capable of combining high-resolution nanoindentation with optical microscopy and environmental control to permit long-term measurements of live biological samples under physiologically relevant conditions. The instrument must also support high-throughput experimentation using standard multi-well plate formats to facilitate large-scale mechanobiology studies and drug screening. The system shall be supplied as a complete turnkey solution including the nanoindentation platform, integrated optical imaging system, environmental control module, acquisition and analysis software, computer workstation, installation, commissioning and user training. Particular emphasis will be placed on systems that provide high measurement sensitivity, broad mechanical measurement capability, compatibility with live-cell imaging workflows and the flexibility to support future research developments.
Published: 07/08/2026 09:24
UK4: Tender notice Published 07/08/2026

5085.SH.JN - Advanced Nano-Mechanical Characterisation System with Integrated Fluorescence


Contracting authority




Contracting authority:

University of Sheffield


Public Procurement Organisation Number:

PXDP-7327-GWHT


Address:


Western Bank
Sheffield
S10 2TN
UK


Contact name:

Not provided


Email:

james.noble@sheffield.ac.uk


Telephone:

011422 20000


Website:

https://sheffield.ac.uk/


Organisation type:

REGIONAL_AUTHORITY


Devolved regulations that apply:

None




Procedure



Procedure type:


Open procedure





Preliminary market engagement conducted:

Yes






Special regime:


None



Scope



Title:

5085.SH.JN - Advanced Nano-Mechanical Characterisation System with Integrated Fluorescence


Reference number:

5085.SH.JN


Main procurement category:

SUPPLIES


Description:

The University of Sheffield, supported by the Wolfson Light Microscopy Facility (LMF), is seeking the supply, installation and commissioning of a high-throughput nanoindentation platform for the quantitative mechanical characterisation of biological samples and biomaterials.

The instrument will provide a centrally managed research resource supporting investigators from across the Faculties of Health, Science and Engineering, together with external academic and industrial collaborators. The system will enable the measurement of mechanical properties across a broad range of biological specimens including single cells, organoids, tissue sections, extracellular matrices, biomaterials and engineered tissues.

The University requires an integrated platform capable of combining high-resolution nanoindentation with optical microscopy and environmental control to permit long-term measurements of live biological samples under physiologically relevant conditions. The instrument must also support high-throughput experimentation using standard multi-well plate formats to facilitate large-scale mechanobiology studies and drug screening.

The system shall be supplied as a complete turnkey solution including the nanoindentation platform, integrated optical imaging system, environmental control module, acquisition and analysis software, computer workstation, installation, commissioning and user training. Particular emphasis will be placed on systems that provide high measurement sensitivity, broad mechanical measurement capability, compatibility with live-cell imaging workflows and the flexibility to support future research developments.
To view this notice, please click here:
https://neupc.delta-esourcing.com/delta/viewNotice.html?noticeId=1056665119





Total value (estimated):


GBP 349,900 including VAT





Description





Description:

Not provided





Suitable for SMEs:

Yes


Suitable for VCSEs:

Yes




Contract dates (estimated):

02/11/2026 to 03/11/2026


CPV classifications:


38000000 - Laboratory, optical and precision equipments (excl. glasses).



Contract can be extended:

No



Delivery regions:


UKE32 - Sheffield



Award criteria:


Name: Price / Weighting: 20

Name: Quality / Weighting: 80







Documents



Associated tender documents:


Not provided


Technical specifications:


Not provided



Submission




Enquiry deadline:

09/09/2026 Time: 12:00


Tender submission deadline:

09/09/2026 Time: 12:00


Submission address and any special instructions:

To respond to this opportunity, please click here: https://www.delta-esourcing.com/respond/E2W9G9838Y


An electronic auction will be used:


No


Languages that may be used for submission:


English


Award decision date (estimated):

18/09/2026



Other information



Legal and financial capacity conditions of participation:

Not provided


Technical ability conditions of participation:

Not provided


Comprehensive and Progressive Agreement for Trans-Pacific Partnership (CPTPP):

Not provided


Government Procurement Agreement (GPA):

Not provided


A conflicts assessment has been prepared and revised:

Yes



Other organisations


Not provided