| PV010A custom multi-chamber UHV system for the investigation of physical and chemical properties of novel catalyst materials.
| PV014A custom multichamber UHV system for the preparation and investigation of organic films (OLEDs).
| PV022Custom multi-chamber UHV system for the analysis of atomic and electronic surface structure, investigation and preparation of complex epitaxial metallic or molecular films on surfaces and chemical analysis of interfaces in multilayer film samples.
| PV042The ARPES system is a customised multi-chamber UHV system for the investigation of physical properties (electronic band structure) of high temperature superconductors.
| PV052System designed for studies of thermodynamics and kinetics of phase transformation.
| PV053Customized multi chamber UHV system dedicated for investigation of the chemical and physical properties of solid state surfaces in wide temperature and pressure ranges.
| PV063Ultra high vacuum system for investigation of surface conditions of samples under controlled conditions.
| PV080Multichamber UHV system dedicated to preparation of thin layers and complex analysis of surface solid samples with scanning probe microscopy and other research methods.
| PV090This multifunctional system is designed for precise and varied analysis of material surfaces.
| PV092Multichamber UHV system dedicated to surface analysis of solid and powder samples by electron spectroscopy techniques.
| PV097Multichamber UHV system dedicated to surface analysis of solid and powder samples by electron spectroscopy techniques.
| PV128The magnetron sputtering system is dedicated to accurate and reproducible thin film layer deposition.
| STSThe Vacuum Pumping System STS is a complex portable device for vacuum generation with TMP, which consists of an electronic control panel with LCD graphic display and built-in vacuum devices
| XY_stageThe XY Stage is a precision, high rigidity UHV specimen translator having X and Y motions. The standard mounting flange is DN 160CF. A DN 100CF mounting flange version is also available. The translator can work in any orientation
| Prevac_UMSThe device is equally suited for use in scientific and industrial fields. It can be used for gas analysis and thermal dysorption experiments.
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| Motorised_Rotation_Module_-_In_Line_SolutionMotorised Rotation Module - In Line Solution
| 5_axes_LHe_Cryostat_Manipulator_closed5 axes LHe Cryostat Manipulator (closed cycle, 20K)
| 5_Axes_LHe_Cryostat_Manipulator_open5 Axes LHe Cryostat Manipulator (open cycle, 4.8K) [project 330]
| 6_Axes_LHe_Cryostat_Manipulator6 Axes LHe Cryostat Manipulator (open cycle, 7K) [project 338]
| Wobble_Stick_with_Gripping_and_Rotating_TipWobble Stick with Gripping and Rotating Tip
| Titanium_Sublimation_Pump_Power_Supply_TSP02-PSTitanium Sublimation Pump Power Supply TSP02-PS
| Electron_Beam_Evaporator_Power_Supply_EBV40A-PSElectron Beam Evaporator Power Supply EBV40A-PS
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| Bath_Cryostat_MagnoAs a standard cryostat for the temperature range between 1,2-4,2 K "wide neck"-bath cryostats are manufactured with various neck diameter and capacities, consisting of vacuum chamber, Helium-, and Nitrogen-tank.
| Bath_Cryostat_Magno-SpektroAs a standard cryostat for the temperature range between 1,2-4,2 K "wide neck"-bath cryostats are manufactured with various neck diameter and capacities, consisting of vacuum chamber, Helium-, and Nitrogen-tank.
| Bath_Cryostat_SpektroAs a standard cryostat for the temperature range between 1,2-4,2 K "wide neck"-bath cryostats are manufactured with various neck diameter and capacities, consisting of vacuum chamber, Helium-, and Nitrogen-tank.
| He-Bath-Cryostat-MagnoAs a standard cryostat for the temperature range between 1,2-4,2 K "wide neck"-bath cryostats are manufactured with various neck diameter and capacities, consisting of vacuum chamber, Helium-, and Nitrogen-tank.
| KONTI-Cryostat_REM_1KONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat_REM_2KONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat_UHVKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-ElecKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a N2-tank. As there is no need for a N2-bath these systems are small and compact.
| KONTI-Cryostat-MikroKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-Mikro-6KONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-MoessbauerKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-CryostatsKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-SpektroKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-Spektro_AKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-Spektro_AEKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-Spektro_AMKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-UHV-STMKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-Cryostat-UHV-STM_TKONTI-Cryostats are supplied continously by specially designed transfer tubes out of a He-tank. As there is no need for a He-bath these systems are small and compact. Furthermore they can be used nearly towards every orientations.
| KONTI-IT-Cryostat_Magno-HeKONTI-IT-Cryostatsare continous flow cryostats with integrated liquid helium tank. It can be operated either as a bath cryostat or as an evaporator. For most applications, this cryostat type has a central sample chamber, which is accessed from the top
| KONTI-IT-Cryostat_Spektro-HeKONTI-IT-Cryostatsare continous flow cryostats with integrated liquid helium tank. It can be operated either as a bath cryostat or as an evaporator. For most applications, this cryostat type has a central sample chamber, which is accessed from the top
| KONTI-IT-Cryostat_Spektro-NKONTI-IT-Cryostatsare continous flow cryostats with integrated liquid helium tank. It can be operated either as a bath cryostat or as an evaporator. For most applications, this cryostat type has a central sample chamber, which is accessed from the top
| Temperature_Measurement_TIC-304_MAThe temperature measurement and control unit TIC 304-MA provides the possibility, to measure simultaneously with up to 2 different sensors. The temperature is displayed in Kelvin.
| 8500-FE-SEMThe Agilent 8500 FE-SEM is a compact system that offers researchers a field emission scanning electron microscope (FE-SEM) right in their own laboratory. The innovative 8500 has been optimized for low-voltage imaging, extremely high surface contrast and r
| 5500_AFMThe Agilent 5500 AFM/SPM microscope offers numerous unique features, such as patented top-down scanning and unrivalled environmental and temperature control, while providing maximum flexibility and modularity. The universal microscope base permits easy in
| 5100_AFMThe Agilent 5100 AFM/SPM microscope is a high-resolution system that provides excellent imaging capabilities in an easy-to-upgrade package. It is ideal for polymer, general surface characterization and materials applications. The Agilent 5100 AFM/SPM micr
| 5420_AFMBased on the popular Agilent 5400 AFM, the 5420 has been re-engineered to provide lower noise, better performance, and greater versatility. The 5420 offers a simple cost-effective upgrade program that includes choice of open loop and closed loop scanners,
| 5600LS_AFMThe modular Agilent 5600LS is the world’s finest commercially available AFM system that allows imaging of both large samples (in air) and small samples (in air, or in liquid under temperature control) with a 9μm scanner. The 5600LS utilizes the largest fu
| BM-10The BM-10 bench top platform offers 10-100 times better performance than a full size air table in a package only 4.6 inches tall and 12 inches wide and deep. It also does this without any air or electricity!
| BM-8The BM-8 bench top platform offers 10-100 times better performance than a full size air table in a package only 4.6 inches tall, and without air or electricity!
| MK-26The MK26 Series Vibration Control Workstation with more ergonomic comfort is designed specifically for ultra-low natural frequency applications.
| Reflectron_RFT10Our standard model RFT10 time-of-flight mass spectrometer is an extremely versatile instrument which is used in many different areas of research. The analyzed ions can originate from almost any ionisation process
| Reflectron_RFT50Reflectron RFT50 with electron impact ionisation, ion source mounted on flange opposite to the reflectron mounting flange, second detector with 20 kV post-acceleration behind the ion mirror
| Reflectron_CTF10Compact angled reflectron with two-stage ion mirror, optimized for very high sensitivity at medium to low mass resolution, (folded) field free drift space with overall length 380 mm
| Reflectron_CTF5Small angled reflectron with two-stage ion mirror, electron impact ionisation, (folded) field-free drift space with 395 mm overall length
| Reflectron_ILR10Сompact in-line reflectron with two-stage ion mirror, (folded) field free drift space with overall length 630 mm, large two-stage mcp (40 mm diameter) with central hole
| ETF11Minimum electron energy ca. 20 eV (depending on the magnetic fields of the environment)
| ETF15The bipolar setup allows to use the spectrometer either as a electron tof spectrometer with time-of-flight resolution T/ΔT > 100 or as a sensitive time-of-flight mass spectrometer with mass resolution M/ΔM > 300
| ETF20The ETF20 electron tof spectrometer is optimized for electron energies > 1000 eV. Conventional electron tof spectrometers (like our model ETF11) are difficult to operate in the high energy range because the time-of-flights can get very short (< 10 ns).
| OFT12Orthogonal extraction reflectron time-of-flight spectrometer OFT12, overall length ca. 900 mm, angle between in- and outgoing ion beam ca. 8°, field free drift length ca. 900 mm, two-stage ion reflector for second order energy focusing.
| Stamp_ManufacturingObducat delivers high quality stamps used for pattern replication of features ranging from sub-50 nm up to the micrometer scale.