Vacuum training courses

At Australian vacuum we offer courses of all types, these include our basic 90-minute vacuum and applications overview ask us for further details.

• Laminar and Molecular Flow vacuum explanation
• Vacuum pump types and their applications
• Introduction to various types of vacuum gauges and their range
• The basic components required to build a vacuum system
• The principles of outgassing and material selection
• Chamber materials, design and manufacturing
• Solid, liquids and gas interfaces, cryogenics
• History of vacuum and the pioneers

Bespoke courses are available for repair and refurbishment of all types and brands of vacuum pumps. Our bespoke vacuum training and vacuum courses are easily accessible for our customers all over Australia.

• Basic trouble shooting techniques "what to look for?"
• The importance of vacuum oils and correct selection
• How to check for pump wear and contamination
• What is gas ballasting?

At Australian Vacuum Services we offer hands on practical instructions on how to carry our effective helium leak detection, a must for all high vacuum system users. ask our team for further information.

Vacuum courses and vacuum training from our Sydney headquarters.

• Why do we use helium as trace gas?
• How does a leak detector work?
• Practical demonstration
• What is vacuum bombing and why is it useful?

A core part of the Australian vacuum services portfolio is the supply of high-quality nanotechnology tools such as (pulsed laser) chemical vapor deposition (CVD) systems, MBE and magnetron sputtering as well as atomic layer deposition systems. With supply also comes education, our customers are generally trained on new Installations. However, we do offer courses on all types of deposition.

• Magnetron sputtering processing
• Electron beam gun deposition 
• ALD Atomic layer deposition
• PECVD and CVD growth e.g. diamond 
• Crystal growth (MBE) of compound semiconductors
• Atomic layer deposition (ALD) techniques and systems
• RIE reactive ion etch for highly anisotropic geometries
• Thermal evaporation using resistive heating
• Plasma cleaning / surface treatment with Argon and Oxygen