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Bekendtgørelse om indgået kontrakt · 19. maj 2025

AttoDRY1000 with 9T magnet and basic insert for SDU

Syddansk Universitet offentliggjorde 19. maj 2025 en bekendtgørelse om indgået kontrakt om »AttoDRY1000 with 9T magnet and basic insert for SDU«. Den samlede kontraktværdi er 278.550 EUR.

Type
Bekendtgørelse om indgået kontrakt
Ordregiver
Syddansk Universitet
By
Odense M
Offentliggjort
19. maj 2025
Kontrakttype
Varer
Procedure
Udbud med forhandling uden forudgående offentliggørelse
Kontraktværdi
278.550 EUR
CPV-koder
38414000
TED-nummer
322141-2025

Beskrivelse fra ordregiveren

For the purposes of our research, we require a system capable of performing under the following conditions: • Magnetic Field: Up to 9 Tesla • Temperature: Down to 4 Kelvin and below • Sample Environment: Precise temperature control achievable through the introduction of an inert exchange gas in the sample compartment • Optical Access: Minimization of thermal radiation via a cryogenically cooled microscope objective • Integration Capability: Flexible sample space positioning to facilitate integration with our existing scanning Near-Field Optical Microscope (sNOM) • Operational Stability: Mechanical stability of the positioning system under high magnetic fields and cryogenic temperatures. We have conducted a comprehensive market survey to assess the availability of alternative suppliers capable of meeting these specific technical requirements and have retained all documentation related to this process. Based on this assessment, only the system provided by the company attocube systems AG fulfills all criteria. It is the sole commercially available solution that offers optical access at magnetic fields up to 9 T while maintaining sample temperatures down to 4 K. Moreover, it is the only system where the sample is mounted on an insert that can be introduced into the cryostat, allowing for the use of exchange gas. The design also permits external measurements with the insert outside the cryostat. Attocube's Apochromat objective is currently the only low-temperature-compatible objective on the market. Competing cryogenic systems frequently rely on Attocube’s Apochromat objective and its positioning systems, further underscoring the uniqueness of the solution. Furthermore, the sNOM instrument in use at the Faculty of Engineering at SDU is manufactured by NeaSpec GmbH, a company owned by attocube systems AG. NeaSpec shares intellectual property, technical design, and engineering expertise with attocube. This ensures optimal compatibility between both high-precision systems and facilitates efficient technical integration and support. In conclusion, attocube systems AG is the only supplier capable of delivering a system that fully meets our scientific, technical specifications, and budget. We have nonetheless ensured that the terms of acquisition reflect sound financial judgment and serve the best interests of SDU and Danish taxpayers. Based on the market coverage, there is only one supplier who can deliver the desired equipment.

Andre bekendtgørelser fra Syddansk Universitet

Kilde

Bekendtgørelsen er offentliggjort i TED (nr. 322141-2025). Teksten er ordregiverens egen. Udbudsmaterialet og eventuelle rettelser findes hos ordregiveren eller i TED. Genbrug med kildeangivelse (Kommissionens afgørelse 2011/833/EU).