Dresden
Technology Portal

 
Your access to research infrastructure and know-how
de|en

Equipment of Technische Universität Dresden (TUD)

Technische Universität Dresden (TUD)
Filter:
At least 31 results are visible to members only. please login
Sort:

1548 results

 

UV/VIS/NIR-Spectrometer Cary 5e with glass fiber optic

Manufacturer: Varian Inc. (heute: Agilent Tech.)
Model: Cary 5e
Facility: Chair of Bioanalytical Chemistry

 

FTIR-Spectrometer (MIR)

Manufacturer: Thermo Fisher Scientific
Model: Nicolet iS5 MIR
Facility: Chair of Bioanalytical Chemistry

"The Nicolet iS5 FT-IR spectrometer provides the ideal performance and fit for product assurance testing and material identification." [www.thermofisher.com]

 

1H-NMR-Spectrometer (NMR) 45 MHz

Manufacturer: Thermo Fisher Scientific
Model: picoSpin-45
Facility: Chair of Bioanalytical Chemistry

"A true breakthrough in chemical instrumentation, the picoSpin 45 NMR Spectrometer occupies a fraction of the space of a conventional NMR spectrometer" [www.thermofisher.com]

 

Nuclear Magnetic Resonance NMR-Spectrometer 800 MHz

Manufacturer: Bruker Corporation
Model: Ascend 800 MHz
Facility: Chair of Bioanalytical Chemistry

"Nuclear magnetic resonance spectroscopy can be used to study the structure of molecules, the interaction of various molecules, kinetics or dynamics of molecules, and..." [www.bruker.com]

 

Photo Plotter

Manufacturer: MIVA Technologies GmbH
Model: MIVA 26100
Facility: Institute of Electronic Packaging Technology

Feinstlineplotter u.a. zur Tageslichtbelichtung von s/w-Planfilmen und Glasplatten.

 

Mask Aligner

Manufacturer: EV Group
Model: EVG 640
Facility: Institute of Electronic Packaging Technology

Mask Aligner für Photolithographie-Anwendungen in den Bereichen Advanced-Packaging, 3D-Packaging, MEMS, Interposer-Technologien, Fotovoltaik, Nanotechnologie und Wafer- und Board-Level-Optik

 

Furnace

Manufacturer: ATV Technologie GmbH
Model: ATV PEO-630
Facility: Institute of Electronic Packaging Technology

Brennofen zum Brennen und Sintern von Keramiken.

 

UV-VIS Spectroscopy

Manufacturer: PerkinElmer Inc.
Model: LAMBDA™ 25
Facility: Chair of Inorganic Molecular Chemistry

 

FT-IR / Raman Spectrometer

Manufacturer: Bruker Optik GmbH
Model: VERTEX 70 / FT-Raman-Modul
Facility: Chair of Inorganic Molecular Chemistry

The VERTEX 70 / RAM II offers a vacile application flexibility. E.g. easy beam- splitter change without interferometer alignment and an automated internal dual sources and dual detectors option.

 

Core drill

Manufacturer: DR. BENDER GmbH
Model: R5002 WDB-F
Facility: Institute of Geotechnical Engineering

 

Core drill

Manufacturer: DR. BENDER GmbH
Model: R5002 WDB-R
Facility: Institute of Geotechnical Engineering

 

Workshop crane

Manufacturer: Meiller GmbH & Co. KG
Model: KR-F 50 H-HW
Facility: Institute of Geotechnical Engineering

 

manual pallet jack

Manufacturer: HanseLifter
Model: BF-02
Facility: Institute of Geotechnical Engineering

 

Sample ejector 10 kN

Manufacturer: InfraTest GmbH
Facility: Laboratorium für Bodenmechanik

 

Ultrasonic bath

Manufacturer: Bandelin
Model: Sonorex Super RK 1400
Facility: Institute of Geotechnical Engineering

 

Vacuum degassing chamber

Manufacturer: Busch (Pumpe) / Rovak (Behällter)
Model: PC0005 B 000 (Pumpe)
Facility: Institute of Geotechnical Engineering

 
 

Single crystal X-ray diffractometer (SC-XRD)

Manufacturer: STOE & Cie GmbH
Model: IPDS-II
Facility: Chair of Inorganic Chemistry II

Two-circle single crystal X-ray diffractometers with imaging plate detector. No radiation. Optional sample cooling (nitrogen).

 

Small Angle X-ray Scattering Diffractor (SAXS)

Manufacturer: Bruker Corporation
Model: Nanostar
Facility: Chair of Inorganic Chemistry I

Small Angle X-ray Scattering Diffractor for the characterization of nanostructures ranging from 1 nm to roughly 125 nm, and nanostructured surfaces.

 

Adsorption Analyzer / Optical Calorimeter

Manufacturer: Fraunhofer IWS / Rubotherm GmbH
Model: InfraSORP
Facility: Chair of Inorganic Chemistry I

The optical calorimeter utilizes the heat released in the adsorption of n-butanes at 298 K to estimate the inner surfaces and the absorption capacity of a porous material.