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The University of Nottingham - 2276 RFQ RB - Direct Energy Deposition Device for laser cladding and laser welding
Status: Open
Published Date: 01/05/2024
Closing Date: 17/05/2024
Value: £38,000
2276 RFQ RB - Direct Energy Deposition Device for laser cladding and laser welding - Introduction - This is formal request for quotation with information, instructions and guidance following consideration of which the proposal submission should be completed and returned by all Suppliers who wish to quote for the contract. Note, throughout the Request for Quotation (RFQ) documentation the University of Nottingham will be referred to as the UoN. Synopsis & Brief -The University of Nottingham Rolls-Royce UTC In Manufacturing and On-Wing Technology are looking to purchase a Direct Energy Deposition (DED) system to realize the laser cladding on aerospace superalloys. This system needs to be capable of wire cladding and powder cladding, and the laser cladding head needs to be detachable for potential modification. This device aims to investigate the combination of laser cladding and in-situ milling, and also further study the cladding process of superalloys. Moreover, potential requirements for laser welding applications should be reached on this laser device. Objectives - To secure value for money goods and services for the UoN Estimated Value - The estimated value including import, duty, shipping, and installation costs is between £34,000 ~ £38,000 (without VAT) Contract/Framework duration - The Contract will be established for an initial provision of equipment, essential training and a minimum 12-month warranty period with technical support and maintenance services on an ongoing basis.
Industry: Lasers. - 38636100 Industrial lasers. - 38636110
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UK Research & Innovation - UKRI-3890 Supply of Spares for Capital Asset - EPAC ns-Pump laser
Status: Closed
Published Date: 23/04/2024
Closing Date: Unknown
Value: neg.
UKRI-3890 Supply of Spares for Capital Asset - EPAC ns-Pump laser - UK Research and Innovation, Science and Technology Facility Centre had a requirement for critical spares that are required for the EPAC ns-pump laser capital asset.
Industry: Lasers. - 38636100
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UK Research & Innovation - UKRI-3890 Supply of Spares for Capital Asset - EPAC ns-Pump laser
Status: Awarded
Published Date: 23/04/2024
Closing Date: 08/03/2024
Value: £152,427
UKRI-3890 Supply of Spares for Capital Asset - EPAC ns-Pump laser - UK Research and Innovation, Science and Technology Facility Centre had a requirement for critical spares that are required for the EPAC ns-pump laser capital asset.
Industry: Lasers. - 38636100
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UK Research & Innovation - GB-Swindon: UKRI-3951 Qsmart Routine Maintenance Contract
Status: Awarded
Published Date: 23/04/2024
Closing Date: 09/04/2024
Value: £18,000
GB-Swindon: UKRI-3951 Qsmart Routine Maintenance Contract - This contract is for the routine maintenance of laser systems in STFC RAL.
Industry: Lasers. - 38636100
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The University of Nottingham - 2239/ITT/SC Flexible Automated Laser System for Coherent Raman Applications
Status: Open
Published Date: 19/04/2024
Closing Date: 24/05/2024
Value: £300,000
2239/ITT/SC Flexible Automated Laser System for Coherent Raman Applications - Introduction: This is an Invitation to Tender (ITT) with information, instructions and guidance provided in this document. Tender submission (consisting of the completion of the Online Supplier Questionnaire, Technical Response, and Commercial response documents) should be completed and returned by all Tenderers who wish to bid for the contract. Please note, throughout the Tender documentation the University of Nottingham will be referred to as 'UoN'. Synopsis: The University requests tenders from sufficiently experienced and qualified suppliers to establish a contract agreement for the design, build, installation, supply, commissioning, and user training of a flexible and automated multiphoton laser system capable of performing Stimulated Raman Scattering microscopy for biological applications. The equipment will be integrated with an existing laser scanning confocal microscope fitted with a lock-in detection system and located inside the CONTRAST HydRa Imaging Facility at the University of Nottingham. Objectives: To secure value for money goods and services for the University; o Establish a contract which agrees quality, price, delivery timescales, installation schedule, and aftermarket services in accordance with the University's requirements. o To maximise recycling, reduce packaging, and reduce emissions related to deliveries in line with our sustainable procurement ambitions. o To enhance the environmental sustainability of the equipment infrastructure from strategic planning, construction, and usage to maintenance and decommissioning. o Eliminate risk of Modern-Day slavery within the supply chains. Estimated Value: Estimated value for design, manufacture, delivery, installation, warranty, import, and duty, is between ?150- ?300k + Value Added Tax
Industry: Lasers. - 38636100
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UK Research & Innovation - GB-Swindon: UKRI-3933 Spare EPAC Laser Pump
Status: Awarded
Published Date: 10/04/2024
Closing Date: 22/03/2024
Value: £44,594
GB-Swindon: UKRI-3933 Spare EPAC Laser Pump - This is for the purchase for a critical spare optic which is required for the EPAC ns-pump laser. These components are part of the integrated laser system and are not operated or controlled separately to the system
Industry: Lasers. - 38636100
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UK Research and Innovation, Science and Technology Facilities Council - GB-Swindon: UKRI-3944 Replacement Flash Lamps for the South Quantel laser system
Status: Awarded
Published Date: 04/04/2024
Closing Date: 27/03/2024
Value: £39,697
GB-Swindon: UKRI-3944 Replacement Flash Lamps for the South Quantel laser system - UK Research and Innovation, Science and Technology Facility Centre had a requirement for replacement Flash Lamps for the South Quantel laser system. Due to technical reasons, there was only 1 suitable supplier.
Industry: Lasers. - 38636100
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UNIVERSITY OF SOUTHAMPTON - Laser Fibre Splicer 2024
Status: Open
Published Date: 26/03/2024
Closing Date: 01/05/2024
Value: £150,000
Laser Fibre Splicer 2024 - The University of Southampton is looking to procure a CO2 Laser Fibre Splicer to compliment its existing capability and expand its research. A CO2 laser fibre splicer is a specialized device used for joining optical fibres together using a CO2 laser as the heat source. These splicers are crucial in various industries, especially in high power fibre lasers, fibre communications and fibre optics. The splicer ensures optimal connectivity, minimizing signal loss, and maximizing the efficiency of fibre lasers crucial for applications such as cutting, welding, and material processing. The versatility of CO2 laser fibre splicers extends beyond mere splicing applications. These devices are adept at tapering single fibres and fibre bundles, a process that involves carefully altering the diameter of the fibres. Furthermore, CO2 laser fibre splicers prove invaluable in tasks such as attaching end-cups and preparing fibre ends. How to obtain Tender Documents: Website: https://in-tendhost.co.uk/universityofsouthampton/aspx/Home The Tender documents can be access when logged into In-Tend by selecting 'View Details' on the relevant tender advert and c licking the 'Express Interest' tab. Once in the tender there are five tabs - 'Tender', 'ITT', 'Correspondence', 'Clarifications' and 'History'. Select the 2nd tab ('ITT') where you will find useful information under 'Tender Details'. Continue to scroll down to the heading 'Tender Documents Received' where you will be able to view/download the documents. Please download all the documents and read very carefully. Note that the return documents Tenderers must submit with their tender response are: - File 4 - Commercial Response Requirements Workbook - File 5 - Compliance and Qualitative Response Requirements For clarification requests, please submit via the Correspondence function on In-Tend. Opting In and Opting Out Please note you are required to 'Opt In' before you can access the full tender document set The 'Opt Out' functionality will also be available throughout the duration of the tender process. Opting out will give you the option of declaring you no longer want to receive any further communication in relation to this tender. Further guidance on how to use In-Tend can be found on the portal under the 'Help' button
Industry: Lasers. - 38636100
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UNIVERSITY OF SALFORD(THE) - Scanning Laser Vibrometer
Status: Awarded
Published Date: 26/03/2024
Closing Date: 03/01/2024
Value: £205,000
Scanning Laser Vibrometer - The University of Salford Acoustics Research Centre seeks to purchase a scanning Laser Doppler Vibrometer suitable for general purpose vibroacoustics and structural dynamics measurements. This will replace an aging Polytec PSV400 OFV-5000 VD-07 system, though we also wish to take this opportunity to upgrade this capability in line with the latest technological developments. For full tender information and to express an interest please visit our InTend portal via https://in-tendhost.co.uk/salford/aspx/Home.
Industry: Acoustic devices. - 32342400 Lasers. - 38636100
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UK Research & Innovation - GB-Swindon: UKRI-3840 Tuneable Acoustic Optical Modulators
Status: Awarded
Published Date: 20/03/2024
Closing Date: 20/02/2024
Value: £16,190
GB-Swindon: UKRI-3840 Tuneable Acoustic Optical Modulators - This contract is for the procurement of Tuneable Acoustic Optical Modulators for STFC-RAL.
Industry: Lasers. - 38636100
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