Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. - Einkauf B12 - Vergabestelle BauMünchenTED
Secondary ion mass spectrometer (SIMS) - PR1195891-2050-W
1 pc. The objective is to procure a highly sensitive SIMS instrument for depth‑profiled chemical analysis of semiconductor materials and structures, offering high depth resolution and high mass resolving power. The system shall enable precise dopant and impurity profiling, as well as accurate determination of layer thickness and homogenei...
Laborinstrumente
Ohne Kreditkarte · Sofortiger Zugang
Inhalt auf einen Blick
- Ausschreibungstyp:
- Ausschreibung
- Auftraggeber:
- Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. - Einkauf B12 - Vergabestelle Bau
- Veröffentlicht:
- 23. August 2026
- Frist:
- 23. September 2026
- Thema:
- Laborinstrumente
Ausschreibungsbeschreibung
1 pc. The objective is to procure a highly sensitive SIMS instrument for depth‑profiled chemical analysis of semiconductor materials and structures, offering high depth resolution and high mass resolving power. The system shall enable precise dopant and impurity profiling, as well as accurate determination of layer thickness and homogeneity, with a focus on characterizing advanced III‑V and diamond‑based device structures and epitaxial layers, including 150 mm substrates, to support process development, quality control and optimization at Fraunhofer IAF.
Weiterführende Details
Mit dem kostenlosen Zugang stehen Unterlagen, Fristen und Hinweise zur Einreichung strukturiert bereit.
- Kernanforderungen der Ausschreibung priorisiert aufbereitet
- Fristen, Eignungskriterien und Unterlagen in einem Ablauf
- Hinweise zur strukturierten Angebotsvorbereitung
- Passende Folgeausschreibungen automatisch entdecken
30 Tage kostenlos · keine Kreditkarte · jederzeit kündbar
Alle Vergabedetails
Auftraggeber, Lose, Beteiligte, Orte, Unterlagen und Verfahrensdaten sind bereits erfasst. Öffnen Sie einen Bereich, um die vollständigen Angaben im Workspace zu sehen.
6 Datenbereiche verfügbar
30 Tage kostenlos · keine Kreditkarte · jederzeit kündbar
Unterlagen
Freischalten49 Angaben erfasstUnterlagen
Auftraggeber
Freischalten6 Angaben erfasstAuftraggeber · Anschrift · Kontakt
Lose
Freischalten1 Angabe erfasstLose LOT-0000
Verfahrensdaten
Freischalten6 Angaben erfasstBekanntmachungsnummer · Verfahrensreferenz · Referenz des Auftraggebers · Verfahrensart · +2 weitere
Ausführungsorte
Freischalten2 Angaben erfasstAusführungsorte
Veröffentlichungsstelle
Freischalten6 Angaben erfasstVeröffentlichungsstelle · Anschrift · Kontakt
Ähnliche Bekanntmachungen
9Secondary ion mass spectrometer (SIMS) - PR1195891-2050-W
Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. - Einkauf B12 - Vergabestelle BauMünchenFrist: 23. Sept.1 pc. The objective is to procure a highly sensitive SIMS instrument for depth‑profiled chemical analysis of semiconductor materials and structures, offering high depth resolution and high mass resolving power. The system shall enable precise dopant and impurity profiling, as well as accurate determination of layer thickness and homogeneity, with a focus on characterizing advanced III‑V and diamond‑based device structures and epitaxial layers, including 150 mm substrates, to support process development, quality control and optimization at Fraunhofer IAF.Cryogenic ion trap mass spectrometer for infrared laser spectroscopy for HFML-FELIX
Stichting Nederlandse Wetenschappelijk Onderzoek Instituten (NWO-I)AMSTERDAMThe HFML-FELIX institute houses an international user facility hosting a series of infrared free-electron lasers (FELs) that are available for experiments to both local and visiting (inter)national scientists. The lasers cover the infrared region from 2.8 – 150 µm with macropulse energies > 100 mJ (10 µs pulses @ 10 Hz). A major application of the FELs involves infrared ion spectroscopy, where vibrational spectra are obtained for the ionized molecules inside a mass spectrometer with the aim to elucidate their chemical structure. For this purpose, a high-resolution and high-sensitivity cryogenic ion trap mass spectrometer (MS) is required that will meet the diverse requirements of high sensitivity in analytical applications, high resolution in MS analysis, ion storage at cryogenic temperature leading to high spectral resolution in the IR spectra, and optical access to the ions in the cryogenic trap by the high pulse energies of the FELs. 1x Cryogenic ion trap mass spectrometerCryogenic ion trap mass spectrometer for infrared laser spectroscopy for HFML-FELIX
Stichting Nederlandse Wetenschappelijk Onderzoek Instituten (NWO-I)AMSTERDAMThe HFML-FELIX institute houses an international user facility hosting a series of infrared free-electron lasers (FELs) that are available for experiments to both local and visiting (inter)national scientists. The lasers cover the infrared region from 2.8 – 150 µm with macropulse energies > 100 mJ (10 µs pulses @ 10 Hz). A major application of the FELs involves infrared ion spectroscopy, where vibrational spectra are obtained for the ionized molecules inside a mass spectrometer with the aim to elucidate their chemical structure. For this purpose, a high-resolution and high-sensitivity cryogenic ion trap mass spectrometer (MS) is required that will meet the diverse requirements of high sensitivity in analytical applications, high resolution in MS analysis, ion storage at cryogenic temperature leading to high spectral resolution in the IR spectra, and optical access to the ions in the cryogenic trap by the high pulse energies of the FELs. 1x Cryogenic ion trap mass spectrometerProvision of an airborne geophysical survey of the Rift Valley Basin in Ethiopia
Aarhus UniversitetAarhus CAarhus University seeks a contractor to carry out a large-scale airborne geophysical survey of the Rift Valley Basin in Ethiopia in early 2026, using a helicopter-based slung-load transient electromagnetic (TEM) system and magnetic instruments to map shallow and deep hydrogeological structures. Conducted in close partnership with the Ministry of Water and Energy of Ethiopia and Addis Ababa University, the survey aims to improve understanding of the Basin’s hydrogeological settings under different geological and environmental conditions. The contractor must collect high-resolution TEM and magnetic data, capable of imaging layers as thin as 3 meters near the surface and achieving penetration depths of up to 500 meters, while meeting strict technical, calibration, safety, and data-delivery requirements. The project includes joint flight-line planning, rigorous system testing and documentation, and delivery of data ready for processing in Aarhus Workbench, all within a maximum budget of 5,000,000 DKK.Contract for the provision of a combined High-Resolution Mass Spectrometer (HRMS) for metabolomic analysis equipped with Desorption Electrospray Ionisation (DESI) imaging capability, based on a Waters Xevo QTof/MRT platform with Desorption Electrospray Ionisation (DESI) XS with imaging capabilities.
University College CorkCork¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬¬University College Cork is seeking to procure: 1. A combined High-Resolution Mass Spectrometer (HRMS) for metabolomic analysis equipped with Desorption Electrospray Ionisation (DESI) imaging capability, based on a Waters Xevo QTof/MRT platform with Desorption Electrospray Ionisation (DESI) XS with imaging capabilities 2. A complementary triple quadrupole mass spectrometer (Waters Xevo TQ-S cronos/micro) for highly sensitive targeted quantitative metabolomics. This infrastructure is required to support a Mass Spectrometry Core Facility (MS-IMPACT) funded through the Higher Education Research Equipment Grant (HEREG). The combined platform will provide complementary capabilities spanning discovery metabolomics, structural characterisation, spatial molecular imaging, and targeted quantitative analysis. The HRMS with DESI will be used for biological, environmental, pharmaceutical, forensic, archaeological, geological and bioprocess research applications and analysis from simple and complex mixtures with the ability to simultaneously to identify known metabolites with high sensitivity, discover previously unknown molecular features, determine accurate molecular masses and elemental compositions, characterise peptides, intact proteins, glycans, and small molecules, spatially localise pharmaceuticals, metabolites and chemical entities within complex biological and non-biological samples, including microbial modifications. One of the key differentiators for the Xevo QTof/MRT platform over other instruments is the reduced sampling time which enables better consistency over the peak range – this is particularly important when sampling a surface but important in many applications. The infrastructure will support applications including: biopharmaceutical characterisation, intact protein mass analysis; peptide mapping, glycan and glycopeptide profiling, microbial fermentation studies, food and environmental metabolomics, natural product discovery, clinical biomarker discovery; pharmaceutical synthesis, process, metabolites and degradation products, forensic and contaminant analysis. A key requirement of this infrastructure is the ability to perform ambient, minimally destructive mass spectrometry imaging (MSI) ideally within one vendor integrated platform offering (hardware, software, support). The Xevo G3 QTof will be compatible for DESI XS imaging for routine comprehensive tissue imaging and for locating substrates on a range of materials. DESI enables direct analysis of compounds from surfaces under ambient conditions with little or no sample preparation, by generating charged microdroplets that extract and ionise molecules directly from the sample surface. Unlike matrix-assisted laser desorption ionisation (MALDI), DESI does not require matrix deposition, minimises chemical modification/ morphological changes in samples, reduces risk of analyte redistribution caused by matrix application; enables rapid analysis of heterogeneous samples; allows analysis under near-native conditions, facilitates analysis of diverse surfaces including tissues, microbial colonies, materials, chemical deposits, geological samples, paints/pigments and forensic samples including e.g. hair, nails , fingerprints, blood and explosive residues. DESI therefore provides a unique capability for a broad range of sample types. The DESI XS platform coupled to a high-resolution accurate mass instrument will enable: spatial metabolomics, microbial colony metabolite mapping, localisation of pharmaceutical compounds; analysis of fermentation processes; imaging of endogenous metabolites and investigation of biological and material interfaces. The imaging capability is a critical requirement of the infrastructure and represents a significant efficiency enhancement beyond conventional LC-MS analysis, allowing spatial characterisation in two dimensions. The HRMS is central to the UCC MS Core Facility and allows the simultaneous analysis of both known and ‘unknown’ compounds for high-resolution metabolomics capability to advance arrange of research programmes across the physical and life sciences. It therefore provides the required combination of sensitivity, accurate mass measurement, MS/MS capability and compatibility with DESI MS/MS imaging technology. The triple quadrupole mass spectrometer will be used in a complementary approach to the HRMS focused on targeted known metabolites across a range of food, nutrition and life science applications. While HRMS provides discovery and structural information, triple quadrupole mass spectrometry remains the benchmark technique for quantitative metabolomics, targeted biomarker validation, pharmacokinetic studies, low abundance metabolite detection; outine analytical workflows. The Xevo TQ-S cronos/micro platform provides, multiple reaction monitoring (MRM) provides high sensitivity, excellent quantitative precision high sample throughput. Applications include, but is not limited to, analysis of a range of fat- and water-soluble vitamins (as status biomarkers for population nutritional status surveillance), nucleotide sugars, amino acids, lipid mediators, microbial metabolites, pharmaceutical compounds and clinical biomarkers.Prima BT Bench Top Process Mass Spectrometer (Prima BT MS)
Aalto University Foundation srAALTOPrima BT is a process mass spectrometry platform designed for near real-time off-gas analysis from multiple bioreactors that fulfils the requirements specified in “Definition of Requirements”. It employs a magnetic sector mass spectrometer, providing high long-term stability and precision for the measurement of key gases (e.g., O₂, CO₂, N₂, Ar) across multiple streams, supporting scales from benchtop development to pilot studies. The system computes bioprocess performance indicators such as oxygen uptake rate (OUR), carbon dioxide evolution rate (CER), and respiratory quotient (RQ), providing continuous process insight without interrupting the culture. Each bioreactor stream is sampled independently through automated multiplexing, allowing customized timing, calibration factors, and data acquisition per reactor. Time-resolved gas compositions are recorded for every stream, facilitating robust mass balance calculations and volumetric mass transfer analysis. The BT MS software enables full instrument control, automated calibration and validation routines, secure data logging, and integration with laboratory and process control systems via standard protocols (e.g., OPC) for real-time monitoring, alarm management, and compliant data archival. In summary, the device is designed for comprehensive bioprocess monitoring, enabling precise, non-invasive analysis of gas exchange dynamics across multiple bioreactors simultaneously, with the magnetic sector MS providing unparalleled stability and reproducibility.Study to Assess Impact and Effectiveness of Implementation of the Project EU-German Cambodia Partnership for Sustainable Agriculture and Food Systems (CAPSAFE) During Mid-term and Endline Eva
Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbHEschbornFrist: 07. Aug.Art der Leistung 10037842-Study to Assess Impact and Effectiveness of Implementation of the Project EU-German Cambodia Partnership for Sustainable Agriculture and Food Systems (CAPSAFE) During Mid-term and Endline Eva Umfang der Leistung The contractor is tasked with delivering three key work packages, each with specific objectives and timelines: 1. Inception Report: The first deliverable will be an inception report that outlines the methodology and planning for the surveys. This report is aimed at establishing a clear framework for survey approaches, data collection, analysis as well as Midline and Endline report structure. Work on this report is set to commence in August 2026, ensuring adequate preparation and planning for the subsequent phases of the project. Regarding the qualitative data collection approach, the contracts should specify a qualitative method applicable to the indicators. The proposed methods may include Key Informant Interviews (KIIs), Focus Group Discussions (FGDs), and direct observation during site visits - are deployed in sequence across the three phases of data collection. Data is analysed thematically and triangulated with quantitative findings before results are finalised Moreover, the contractor will establish a comprehensive, verified, and evidence-based data collection that accurately measures employment, local value addition, export market performance, sustainability certification, MSME processing capacity and IAF service improvement across all targeted indicators. 2. Midline Assessment Report: The second deliverable will be a comprehensive mid-term assessment report, which will evaluate the progress and indicators achievement of the project to date. This report is expected to be finalized and submitted in the fourth quarter of 2026. It will include detailed findings, insights, and recommendations that will guide any necessary adjustments to the project's approach. 3. Endline Assessment Report: The final work package involves delivering a project end-term assessment report, expected in the fourth quarter of 2028. This report will conduct an in-depth analysis of the indicators" achievement, impact and effectiveness of the EU-German CAPSAFE intervention throughout the entire execution period. It will synthesize data collected over the course of the project and provide a thorough evaluation of the results achieved, to some extent offering valuable insights for future initiatives.LA3215C-UCC-CFT for the Supply of a Suite of Plasma Etcher and Plasma Deposition Tools, 4 Lots
Education Procurement Service (EPS)LimerickFrist: 24. JuliTenders are sought for the supply delivery, installation and commissioning of a suite of tools in 4 Lots for silicon-based and dielectric materials for University College Cork. The new plasma tools will enhance the capabilities at the Tyndall National Institute for the fabrication of semiconductor devices, especially silicon microelectronics and silicon MEMS, but also other materials such as germanium and silicon carbide. We invite proposals for the following lots; Lot 1 Plasma Etcher Silicon Dielectrics, advanced plasma etching system capable of etching for polysilicon poly-Si silicon dioxide SiO2 silicon nitride SiN thin films using medium high-density plasma processes. Lot 2 Plasma Etcher Metals Piezoelectrics, advanced plasma etching system capable of etching for aluminium Al and alloys molybdenum Mo aluminium scandium nitride AlScN thin films using medium high-density plasma processes. Lot 3 Plasma Etcher Slow and Controllable Rate Atomic Layer Etch for Silicon Dielectrics, advanced plasma etching system capable of both conventional high-rate etching and slow and controllable rate atomic layer etching for silicon Si silicon dioxide SiO2 silicon nitride SiN thin films using medium high-density plasma processes. Lot 4 Plasma Deposition PECVD, advanced plasma enhanced chemical vapour deposition system capable of depositing dielectric SiO2, SiN and amorphous a-Si thin films on semiconductor substrates. This equipment will be essential for etching and depositing a range of materials used in the fabrication of silicon microelectronics, silicon photonics and silicon MEMS devices. The ideal tools will offer precision, reliability, and efficiency to meet the requirements for etching and deposition on both 100 mm and 200 mm diameter wafers. Tenderers with cutting-edge solutions that can achieve these high standards are encouraged to submit their proposals for this vital component in our technological advancement.LA3215C-UCC-CFT for the Supply of a Suite of Plasma Etcher and Plasma Deposition Tools, 4 Lots
Education Procurement Service (EPS)LimerickFrist: 31. JuliTenders are sought for the supply delivery, installation and commissioning of a suite of tools in 4 Lots for silicon-based and dielectric materials for University College Cork. The new plasma tools will enhance the capabilities at the Tyndall National Institute for the fabrication of semiconductor devices, especially silicon microelectronics and silicon MEMS, but also other materials such as germanium and silicon carbide. We invite proposals for the following lots; Lot 1 Plasma Etcher Silicon Dielectrics, advanced plasma etching system capable of etching for polysilicon poly-Si silicon dioxide SiO2 silicon nitride SiN thin films using medium high-density plasma processes. Lot 2 Plasma Etcher Metals Piezoelectrics, advanced plasma etching system capable of etching for aluminium Al and alloys molybdenum Mo aluminium scandium nitride AlScN thin films using medium high-density plasma processes. Lot 3 Plasma Etcher Slow and Controllable Rate Atomic Layer Etch for Silicon Dielectrics, advanced plasma etching system capable of both conventional high-rate etching and slow and controllable rate atomic layer etching for silicon Si silicon dioxide SiO2 silicon nitride SiN thin films using medium high-density plasma processes. Lot 4 Plasma Deposition PECVD, advanced plasma enhanced chemical vapour deposition system capable of depositing dielectric SiO2, SiN and amorphous a-Si thin films on semiconductor substrates. This equipment will be essential for etching and depositing a range of materials used in the fabrication of silicon microelectronics, silicon photonics and silicon MEMS devices. The ideal tools will offer precision, reliability, and efficiency to meet the requirements for etching and deposition on both 100 mm and 200 mm diameter wafers. Tenderers with cutting-edge solutions that can achieve these high standards are encouraged to submit their proposals for this vital component in our technological advancement.
Häufige Fragen zu dieser Ausschreibung
- Wie kann ich mich auf diese Ausschreibung bewerben?
- Erstellen Sie ein kostenloses Konto auf Auftrag One. Danach sehen Sie alle Unterlagen, Fristen und Hinweise zur Einreichung in einem strukturierten Ablauf.
- Bis wann läuft die Angebotsfrist?
- Die Angebotsfrist endet am 23. September 2026.
- Wer ist der Auftraggeber?
- Der Auftraggeber ist Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V. - Einkauf B12 - Vergabestelle Bau.
- Welche Unterlagen sind für den Start relevant?
- In der Regel benötigen Sie Leistungsbeschreibung, Eignungsnachweise, Fristenhinweise und ggf. Formblätter. Auf Auftrag One werden diese Punkte priorisiert dargestellt.