At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on. The UHV transfer system has been installed and the sputter tool will need to be compatible with the existing transfer system in terms of space and sample transfer mechanism.
Deadline
Die Frist für den Eingang der Angebote war 2015-12-21.
Die Ausschreibung wurde veröffentlicht am 2015-11-10.
Auftragsbekanntmachung (2015-11-10) Objekt Umfang der Beschaffung
Titel: Instrumente zum Prüfen von physikalischen Eigenschaften
Menge oder Umfang:
At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on.The UHV transfer system has been installed and the sputter tool will need to be compatible with the existing transfer system in terms of space and sample transfer mechanism.
At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on.The UHV transfer system has been installed and the sputter tool will need to be compatible with the existing transfer system in terms of space and sample transfer mechanism.
Metadaten der Bekanntmachung
Originalsprache: Englisch 🗣️
Dokumenttyp: Auftragsbekanntmachung
Art des Auftrags: Lieferungen
Verordnung: Europäische Union
Gemeinsames Vokabular für öffentliche Aufträge (CPV)
Code: Instrumente zum Prüfen von physikalischen Eigenschaften📦
Verfahren
Verfahrensart: Verhandlungsverfahren
Angebotsart: Angebot für alle Lose
Vergabekriterien
Wirtschaftlichstes Angebot
Öffentlicher Auftraggeber Identität
Land: Deutschland 🇩🇪
Art des öffentlichen Auftraggebers: Einrichtung des öffentlichen Rechts
Name des öffentlichen Auftraggebers: Helmholtz-Zentrum-Berlin für Materialien und Energie GmbH
Postanschrift: Hahn-Meitner-Platz 1
Postleitzahl: 14109
Postort: Berlin
Kontakt
E-Mail: grotjahn@helmholtz-berlin.de📧
Telefon: +49 30806212652📞
Fax: +49 30806212925 📠
At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on.
At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on.
The UHV transfer system has been installed and the sputter tool will need to be compatible with the existing transfer system in terms of space and sample transfer mechanism.
Menge oder Umfang:
At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on.
At HZB a new lab is under development called the ‘Energy Materials In-situ Lab’, EMIL. It is located in a new building that is attached to the building of the synchrotron BESSY II in Berlin. The new building contains multiple lab, 1 of those is the SISSY (Silicon In-situ Spectroscopy at the Synchrotron) lab. The SISSY lab will be housing 2 X-ray beamlines originating at BESSY II connected to an ultra-high vacuum (UHV) chamber equipped with complex X-ray analytics. This analytics chamber in turn is connected to a complex UHV transfer system that allows transfer of samples from several thin film deposition tools to the analytics and from several load locks to the deposition tools. 1 of the deposition tools will be a sputter deposition tool and this is the specification for that tool called PVDII from now on.
The UHV transfer system has been installed and the sputter tool will need to be compatible with the existing transfer system in terms of space and sample transfer mechanism.
Beschreibung der Optionen:
Option 4.1 Residual Gas Analyzer.
Option 8.1 Plasma Sample Cleaning.
Option 13.1 Ion Source.
Referenznummer: A230_2015 E99539549
Rechtliche, wirtschaftliche, finanzielle und technische Informationen Bedingungen für die Teilnahme
Befähigung zur Berufsausübung: Presentation of the Company.
Wirtschaftliche und finanzielle Leistungsfähigkeit:
Declaration of the turnover of the company and the turnover respecting the special activity of the tender based on the last 2 years.
Confirmation inspection on site.
Singt form ‘Eigenerklärung’.
Mindeststandards: Turnover of 1 year > 2 x amount of the Quotation.
Technische und berufliche Fähigkeiten: Declaration of references comparable in complexity and technical performance.
Mindeststandards: Minimum 2 references.
Auftragsausführung
Wichtigste Finanzierungsbedingungen und Zahlungsmodalitäten und/oder Verweis auf die einschlägigen Bestimmungen, die sie regeln:
40 % after Order confirmation against a Bank guarantee.
10 % after delivery and acceptance CDR against a Bank guarantee.
20 % after FAT against a Bank guarantee.
20 % after delivery.
10 % after final acceptance.
Verfahren Vergabekriterien
Kriterium: 1. Price (30)
2. Comparability to the system on site (30)
3. Technical quality (25)
4. Delivery time (15)
Sprachen
Sprache: Deutsch 🗣️
Englisch 🗣️