There are three main scopes in Technoorg Linda's activity: materials science, laser applications and health effects of aerosols.

Technoorg Linda Ltd. Co. is one of the world's leading manufacturers of ion technology based instruments for extended use in specimen preparation and depth profiling. Technoorg Linda's products are fully compatible with all brands of electron microscopes and cover the entire range of the thinning process from mechanical sample prepreparation to ion milling and endpolishing. Our customers represent the complete spectrum of end users of material science instrumentation typically found in industrial, governmental and academic research departments and laboratories. The applications are suited for many purposes in the fields of materials research, geology, semiconductor and optical industry, like multilayer systems, semiconductors, diamond, composite materials, metals, ceramics, glasses, rocks and minerals. The Technoorg Linda brand name is recognized throughout the leading scientific community and has been synonymous with high-precision instruments and world-leading quality of endpolishing.

Presently Technoorg Linda focuses on environmental challenges in the field of laser instruments and equipment. Liquid- and airborne particle counters are based on laser light scattering. 2003 was the year of introduction of a brand new and unique development, the Mobile Environmental Lab assembled of these instruments. The Mobile Environmental Lab with its state-of-the-art instrumentation enables full size-range and shape monitoring of the particulate matter in the ambient air. (For more information visit also www.envitech.hu )

Beyond the measurement of air pollution, Technoorg Linda is heavily involved in investigations of the health effects of aerosols. Development of the stochastic lung deposition and clearance distribution model and its use for analysis of health effects of inhaled aerosols are in the centre of these efforts. The model has been succesfully applied for the quantification of deposition of inhaled radon progenies, glass fibers, rubber dust, and urban aerosols and is suitable also for the optimization of therapeutic drogs.

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