In vacuum systems chambers contain the vacuum at base pressures ranging over 10 orders of magnitude. The chambers physical characteristics are as varied as applications for which vacuum is used. They can be as small as a few millimeters in diameter or as large as a few meters in diameter. They can be as simple as a regular fourway cross or have hundreds of ports angled towards many internal focal points in many levels of the chamber.
Transferring tunnel is used to transfer samples between UHV chambers, in a stable and easy-to-operate way.read more
Custom designed and fabricated UHV chambers and complete vacuum systems for a wide range of applications, including research/production prototype MBE, Pulsed Laser Deposition, PVD magnetron sputtering & atomic and molecular physics/chemistry.read more
Transport boxes are designed for transporting samples between different UHV systems in ultra high vacuum conditions.read more
The sample park chambers allow storage of up to 10 sample holders under UHV conditions.read more
The reorientation chamber is a simple device that connects two or more chambers and contains a manual rotary reorientation mechanism that receives, reorients and transfers a sample holder from one transfer mechanism to another.read more
The radial distribution chambers (UFO) are designed to transfer samples between multiple preparation and analysis chambers that are connected to it.read more
Preparation chambers provide versatile in-situ preparation facilities ranging from standard sample preparation techniques and thin film growth, sputtering and annealing, to advanced preparation techniques with in-situ characterisation.read more