Multi-Technique UHV Surface Analysis Systems

Our custom, multi-technique UHV systems combine a wide range of thin film deposition/growth and UHV surface analysis techniques into a single, versatile system that doesn't cost the earth. Available as both bespoke turnkey systems, such as our standalone UHV TPD Station, and as modular add-on's to extend the capabilities of existing equipment, they are the centre piece of any laboratory. Fully automated sample handling and transfer between introduction, preparation and analysis chambers is combined with a wide range of options for precise sample heating and cooling.


 

UHV Chambers: Load Lock, Preparation, Analysis etc.:


Our multi-technique materials growth and analysis systems combine a wide range of thin film deposition & growth (PVD, PLD, MBE etc.), spectroscopy (XPS, AES, UPS, SIMS etc.) and UHV SPM techniques.

 

 

UHV TPD Station - ATLAS:

UHV TPD Station with choice of sample heaters and mass spectrometers and fully extendable for connection to existing or future preparation/analysis techniques.

Example 1: UHV System for Catalysis (A):

This system is a customised multi-chamber UHV system dedicated for the investigation of physical and chemical properties of catalyst surfaces

 

 

Example 2: MBE System for OLEDs:

This system is a customised multi-chamber MBE system dedicated for the preparation and investigation of organic films (OLEDs)

Example 3: MBE Magnetic Multilayers / Nuclear Resonance Scattering:

This system is a customised multi-chamber UHV MBE system dedicated for the preparation and characterisation of magnetic multilayers via nuclear resonance scattering experiments.

 

 

Example 4: UHV Epitaxial Multilayer Interfaces & Imaging XPS:

This system is a customised multi-chamber UHV system dedicated for the preparation and investigation of multilayer interfaces.

Example 5: UHV System for High Tc Superconductors:

This system is a customised multi-chamber UHV system with ARPES, dedicated for the preparation and investigation of high Tc superconductors.

 

 

Example 6: Soft X-Ray Beamline End Station:

This system is a customised multi-chamber UHV system handling volatiles throughout and operating on a soft x-ray end station at the NSRRC in Taiwan.

Example 7: UHV System with Variable Temperature STM/AFM:

This system is a customised multi-chamber UHV system for investigating chemical & physical properties of solid state surfaces.

 

 

Example 8: UHV System for Catalysis Research (B):

Customised UHV system for investigating solid and powder catalysts via scanning XPS.

Example 9: MBE Magnetic Multilayers/Scanning Probe Microscopy:

This system is a customised multi-chamber UHV system for the growth and investigation of thin layered materials.

 

 
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