MAC|PhotonX > Campus = EDUCATIONAL KITS FOR PRACTICAL TRAINING IN LASER PHYSICS by MICOS

MOTION CONTROL Systems Positioners MiniP DirectD Control ManP Acces Vacuum MAC PhotonX Moskito Albatros Campus

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E D U C A T I O N A L K I T S			D E S C R I P T I O N
	Detection and Measuring of Light Laser Safety an Classification Radio- and Photometry Emission and Absorption Farby Perot Resonator HeNe Laser CO2 Laser (pdf) Diode Laser Nd:YAG Laser Laser Interferometer Laser Triangulation Laser Levelling Laser Range Finder Plastik Fiber Optics Glass Fiber Optics Optical Time Domain Reflectometry Erbium Doped Fiber Amplifier Data Transmission via Optical Fiber Workshop Glass Fiber Optics (pdf) CO2 Laser Workstation (pdf) Nd:YAG Laser Workstation 80W (pdf) Bar Code Reader (pdf) Laser Galvo Scanner (pdf)		The process which makes lasers possible, stimulated emission, has been predicted by Albert Einstein in 1917. At that time nobody in the world expected the tremendous potential of this speculation. In the 1950' the research of Einstein's prediction started with applying his theory to a laser. In 1960 Theodore Maiman generated the very first laser radiation out of synthetic ruby. An avalanche of new ideas of the early pioneers in applications of this new physical effect came up. The laser technology was born and today you can find a laser nearly in all fields of the daily life. Laser scanner in super market accelerated the shopping as well as the laser revolutionized the information technology like internet and telecommunications. Music from a CD player sounds much more better and the laser in medical applications increase the efficiency of healing of many diseases. The enumeration of the laser applications continues in many other examples of use. This makes the laser, the acronym for 'Light Amplification by Stimulated Emission of Radiation', to an ubiquitous tool of the modern world. The entry of lasers in industry and many products of the daily use make great demands to technical universities, technical high schools and vocational schools to train qualified people in the field of laser technology. This process motivated MICOS to create a series of educational kits to support and improve the practical training of the appropriate students within these educational institutions.The kits are composed with components of the construction system Albatros® of MICOS with the well known 'Optic Click' mechanism for precise and reproducible research and education without using additional tools.

C A M P U S S P E C I A L F I E L D S			Page
Common Basics Laser Basics Telecommunications Laser Material Processing Miscellaneous Applications

	Founded in 1990, MICOS specializes in the development, manufacturing and marketing of ultra-high precision positioning components and systems for research and industry. We are experts in vacuum, ultra-high vacuum, clean room, and extreme climate environments down to 77 Kelvin.