CONTRACT NOTICE – NATIONAL

1 Authority Details

1.1

Authority Name and Address

1.2

Address from which documentation may be obtained

As in 1.1

1.3

Completed documents must be returned to:

As in 1.1

2 Contract Details

2.1

Title

Probe station, chamber and analyser for materials and device quantum efficiency and IV/CV measuremen

2.2

Description of the goods or services required

Micro-bioelectronics is a research field that takes advantage of the inherent properties of polymers and soft organic electronics for applications at the interface of biology and medical electronics. The analysis of these devices largely rely on micro-probing system with in situ quantum efficiency analysis ability such as current voltage (I/V), capacitance voltage (C/V), multiple electrode configurations (2, 3, 4 probe system) and micro probes loading and positioning. The equipment should allow for rapid highly sensitive simultaneous measurement of a I/V and C/V of semiconductor devices (transistors, diodes, capacitors etc.) over a wide dynamic range with high accuracy.

We are seeking an instrument to be housed with a central quantum efficiency hub to provide rapid measurement of active and passive semiconductor, medical, healthcare and biological devices for determine levels of carrier mobilities, I/V and C/V characteristics.

The equipment must allow for; simultaneous current and voltage (multi-electrodes) analysis, be integrated with a high-resolution optical microscope, auto micro positioning and probing system and be delivered prior to 31st of March 2023 and with a minimum warranty of 12 months.

NOTE: To register your interest in this notice and obtain any additional information please visit the Sell2Wales Web Site at https://www.sell2wales.gov.wales/Search/Search_Switch.aspx?ID=124052.

2.3

Notice Coding and Classification

2.4

Total quantity or scope of tender

Micro-bioelectronics is a research field that takes advantage of the inherent properties of polymers and soft organic electronics for applications at the interface of biology and medical electronics. The analysis of these devices largely rely on micro-probing system with in situ quantum efficiency analysis ability such as current voltage (I/V), capacitance voltage (C/V), multiple electrode configurations (2, 3, 4 probe system) and micro probes loading and positioning. The equipment should allow for rapid highly sensitive simultaneous measurement of a I/V and C/V of semiconductor devices (transistors, diodes, capacitors etc.) over a wide dynamic range with high accuracy.

We are seeking an instrument to be housed with a central quantum efficiency hub to provide rapid measurement of active and passive semiconductor, medical, healthcare and biological devices for determine levels of carrier mobilities, I/V and C/V characteristics.

The equipment must allow for; simultaneous current and voltage (multi-electrodes) analysis, be integrated with a high-resolution optical microscope, auto micro positioning and probing system and be delivered prior to 31st of March 2023 and with a minimum warranty of 12 months.

3 Conditions for Participation

3.1

Minimum standards and qualification required

As stated in the Invitation to Tender (ITT documents).

4 Administrative Information

4.1

Type of Procedure

Single stage

4.2

Reference number attributed to the notice by the contracting authority

CU.1104.JP

4.3

Time Limits

4.5

Language or languages in which tenders or requests to participate can be drawn up

4.6

Tender Submission Postbox

5 Other Information

5.1

Additional Information

All tender costs and liabilities incurred by bidders shall be the sole responsibility of bidders.

The University reserves the right to award the contract in whole or in part.

The University reserves the right to annul the tendering process and not award any contract.

All documents to be priced in GBP and all payments made in GBP.

All documents to be priced in GBP excluding VAT

(WA Ref:124052)

5.2

Additional Documentation

5.3

Publication date of this notice