Microscope with Atomic Force Microscopy
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- Qualification deadline
- Nov 19, 2025Expired
- Award
- Price only
Brief
Danmarks Tekniske Universitet - DTU har inngått en avtale med Ab Kimmy Photonics Oy om å levere et modulært Confocal Raman Microscopy (CRM) system integrert med atomkraftmikroskopi (AFM) til Københavns omegn, til en verdi av 380 000 €. Systemet skal muliggjøre in situ karakterisering av materialer under kontrollerte miljøforhold, inkludert temperatur, relativ fuktighet og CO₂-konsentrasjon, samt undervannseksponeringer. Det skal være kompatibelt med flere eksitasjonskilder (spesielt 532 nm og 785 nm) og doble spektrometerkonfigurasjoner, og ha en modulær design for fremtidige oppgraderinger. Utstyret skal tilby automatisk maskinvarekontroll, forhåndskonfigurerte målerutiner, og et brukervennlig programvaregrensesnitt for spektral etterbehandling, Raman- og AFM-kartlegging, samt avansert dataanalyse.
Laboratorie- og analyseutstyr
Result
- Ab Kimmy Photonics OyWinner
- 1Number of bids
- €380,000Contract value
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From the notice
The acquisition is a modular Confocal Raman Microscopy (CRM) system integrated with atomic force microscopy (AFM), customised for in situ characterisation of materials under controlled environmental conditions, including temperature, relative humidity, and CO₂ concentration, as well as under-water exposures. The system is supposed to enable high-resolution spectroscopic and topographical measurements, allowing correlation of chemical composition with nanoscale structural features. The equipment should be compatible with incorporating multiple excitation sources (in particular 532 nm and 785 nm) and dual spectrometer configurations to cover a broad spectral range and accommodate diverse application needs. The modular design is essential, ensuring that the system can be upgraded over time with additional excitation sources, spectrometers, accessories, or experimental modules to meet evolving research requirements. The equipment should offer automatic hardware control and pre-configure measurement routines. Automation and an intuitive graphical user interface should be as a part of the overall system to allow programming and execution of complex scripts to extend in situ experiments with minimal operator intervention. The environmental control capabilities should support stable and long-duration studies of material behaviour under precisely regulated conditions. The system should include a user-friendly software interface for spectral post-processing, Raman and AFM mapping, and advanced data analysis, enabling comprehensive interpretation of multi-modal datasets. The acquisition should address DTU’s need for advanced, adaptable instrumentation to support interdisciplinary research in material science, energy applications, and sustainable construction technologies.
Contact
Anna Storchaasst@dtu.dk- Result · PrequalificationType
- Københavns omegnLocation
- 38000000Main codeLaboratory, optical and precision equipments (excl. glasses)
- 38510000Microscopes