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UHV
voltage from 1000 to 1600 kV.
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Electromagnets
Our means of simulation and our knowledge allow us to manufacture a custom electromagnet according to 5 criteria:Air gapMaximum fieldHomogeneitySpeed of field variationMechanical constraints (Optical access, UHV, bulk, mass, etc.)
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Highly Sensitive, Thermoelectrically Cooled Cameras Utilize Back-Illuminated CCDs Without Antireflective Coating for Direct Detection of X-Rays
PIXIS-XO
Teledyne Princeton Instruments
PIXIS-XO highly sensitive, thermoelectrically cooled cameras utilize various back-illuminated CCDs without antireflective coating for direct detection of x-rays. A rotatable ConFlat flange with a high-vacuum-seal design make these cameras well suited for UHV applications.
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Scanning Probe Microscopy
SPECS Surface Nano Analysis GmbH
As Scanning Probe Microscopy (SPM) is a key tool for nanotechnology, SPECS offers dedicated solutions for highly demanding requirements.In UHV, strong emphasis lies on spectroscopic methods such as scanning tunneling spectroscopy and inelastic tunneling spectroscopy as well as single atom and molecule manipulation. With the invention of a Joule-Thomson cryostat by Prof. Wulf Wulfhekel, SPECS now offers the JT-STM , operating sample and sensors in thermal equilibrium below 1K with optional high magnetic field.
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Stainless Steel Bell Jar Chambers
MDC stainless steel bell jars are designed for use with MDC baseplates, base wells and feedthrough collars. A dovetail groove in the jar's base flange holds a Viton elastomer gasket, which makes the vacuum seal with one of the forementioned components. All stainless steel bell jars are fitted with a four inch view diameter Pyrex viewport. All vacuum welds are internal and provide UHV compatibility. For added convenience, all bell jars are fitted with a hoist or lift-ring that is welded to the chamber's domed top.
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Ultra High Vacuum
UHV
Our range of UHV magnet systems for x-ray beamline applications offers the highest performance specifications currently available combined with an unparalleled degree of flexibility ensuring that the system is tailored precisely to the requirements of the user facility.
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X-Ray Cameras for Soft X-Ray, VUV, and EUV Applications
SOPHIA® XO
Teledyne Princeton Instruments
SOPHIA® XO offers high-sensitivity (>95% QE) and high-speed for the widest range of VUV and x-ray detection, with thermoelectric cooling up to -90℃ and high frame rates. With a rotatable, industry-standard CF flange and high-vacuum seal design the software-selectable gains and readout speeds make this camera well suited for UHV applications.
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Surface Analysis
A UHV surface analysis system for thin film depth profilingMeasures the surface composition of the first few nanometers and/or micrometers depth of solid samples.
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Cluster Series Systems
The quadrupole analyser is a precision assembled triple mass filter with unique, independently driven RF only secondary filter stages preceding and following the primary mass filter. A UHV low profile electron impact ioniser with twin oxide coated iridium filaments and a pulse ion counting single channel electron multiplier detector are included as standard. A Faraday detector option extends the dynamic range to 5 x 1010.
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Ultra-High Vacuum
KP Technology offer a range of Kelvin Probes that work under ultra-high vacuum conditions, choose from single-point or scanning probes to add to your existing vacuum chamber, customize the UHV corner cube or consider the newest addition to the range, the Ф4 ultra-high vacuum scanning Kelvin Probe system.
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System for UHV Temperature Programmed Desorption (TPD) Studies
TPD Workstation
The Hiden TPD Workstation is a complete experimental system for UHV temperature programmed desorption (TPD) studies. The triple filter mass analyser is configured with a cooled shroud giving the analyser optimum sensitivity with minimum background contributions to desorption products from the sample. A fast sample load lock with sample transfer mechanism is included to provide for rapid sample change. The TPD Workstation features a multiport UHV chamber with heated sample stage coupled to a high precision triple filter analyser with digital pulse ion counting detector for ultimate sensitivity and time resolution.
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Scanning Tunneling Microscope for Ultra High Vacuum
STM
A.P.E. Research instrument is a versatile Scanning Tunneling Microscope, STM, capable of scanning samples of almost any size. It can operate in UHV and in air. The systems have been designed to evaporate (e.g. metals, organic molecules) in UHV directly onthe sample mounted on the STM head.
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Vacuum Pump
DP-03
The XIA Model DP-03 differential pumps provide a cost effective, windowless, direct, line-of-sight transition between an ultra-high vacuum (UHV) region (< 1 x 10-9 Torr) and a high vacuum (HV) region (< 1 x 10-6 Torr).
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Power Device Analyzer / Curve Tracer
B1505A
The Keysight B1505A Power Device Analyzer / Curve Tracer is the only single box solution available with the capability to characterize high power devices from the sub-picoamp level up to 10 kV and 1500 A. These capabilities allow evaluation of novel new device such as IGBT and materials such as GaN and SiC. The B1505A supports a variety of modules: high voltage SMU (HVSMU), high current SMU (HCSMU), ultra high current (UHC) module, ultra high voltage (UHV) module and high voltage medium current (HVMC) module. The B1505A also supports: high-power SMU (1 A/200 V), medium-power SMU (100 mA/100 V) ,medium-current SMU (1 A/30V pulsed, 100 mA/30V DC) and a multi-frequency capacitance measurement unit (1 kHz 5 MHz). Its ten-slot modular mainframe allows you to configure the B1505A to suit your measurement needs.
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Vacuum Compatible Instruments
Nearly all standard systems can be modified for vacuum applications to 10-8 Torr if baking is not necessary. Many UHV applications require custom designed solutions. With experienced UHV instrumentation specialists on staff, we can provide custom nanopositioning and micropositioning solutions for your vacuum application.
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Custom/OEM
From simple modifications of existing designs to completely custom projects, Mad City Labs’ engineering team has the capability to quickly provide unique piezo nanopositioning systems for specialized requirements. In-house research scientists with extensive experience in UHV instrumentation, optical spectroscopy, and nanotechnology can provide the real-world advice and assistance to move a project from concept to reality. Generally, this work is done without NRE charges and without any requirements for multiple unit orders. Whether you needa special physical configuration, expanded or reduced range of motion, compatibility with environmental conditions, or special materials, a short discussion with our technical sales staff and engineers will quickly reveal the feasibility of a custom solution.
