E.G.M.S. Web

On the development of nano-technology in various areas the nano technology has evolved in recent years in the critical areas and so it is here today a science, who may enjoy a very high degree of popularity. Certainly can due to the scope of nanotechnology between the various forms and areas be distinguished, the actual pillars are preserved however. Today, it includes the cluster and surface physics first and foremost. The interest in the nano technology upgrade various reasons increasingly and so it is hardly surprising that more and more media bring a not-insignificant interest in this area. The nano technology occupies an important and often even decisive role in relation to the various tools and even fabrics. For other opinions and approaches, find out what Discovery Communications has to say. So, whose composition is examined in the context of this science. Nanotechnology is an important basis for many industries and no longer serves only as a basis for the various Further developments and adjustments. If this has piqued your curiosity, check out Eva Andersson-Dubin.

The term nanotechnology was used the first time in 1974. Even if the former declarations and structures were still quite uncertain and just hardly justified, you can be sure that this is the actual basis. In addition to the various explanations, it came in the past mainly to clarify the various terms. Therefore the nanotechnology could develop also for the masses to something Vorstellbarem. The beginnings of nano technology are today surely no longer the various developments of the past years to compare with the current way of working is modern and well informed In nanotechnology, the interaction plays an important and above all also trend-setting role. So, here no longer only numerous foundations are managed.

Nanotechnology covers so many different natural science. Today most people or even industries take advantage of nanotechnology for the development of various products, such as self-cleaning toilets or glass cleaner. Nano has evolved to become a real trend as Word and so we can meet this up today in the once traditional crafts.

Lead-free Piezoaktor with high linearity enables increased system bandwidth PI ceramic is one of the leading manufacturers in the field of piezo Indicatory and sensory products. With the Picoactuator PI offers ceramic longitudinal and actuators, which consist of the crystalline piezoelectric material PIC 050. In contrast to the classical Piezoaktor from lead lead zirconate titanate (PZT), Picoactuatoren show a highly linear displacement. “Concrete: 10 times higher linearity in 10 times less displacement, Picoactuatoren make small but fine”. Picoactuatoren are configurable to heights of 20 mm and maximum travels by +/-3 m.

applications lie in precision positioning technology, if the low displacement is sufficient, and high dynamics and accuracy (linearity) are required. The high linearity enables the operation without position control, which the dynamics and system bandwidth by up to an order of magnitude can be improved. Application examples include sample scanner in the Atomic force microscopy with several 100 Hz scanning frequency. Also for high resolution microscopy classic Piezoscanner be provided with a vertical axis with Picoactuatoren, the deviations from Planar scan in the Z axis to reduce to below 1 nanometer. The subsidiary of the Karlsruhe-based company physics instruments (PI) employs at present approx. 200 employees, including 30 engineers in research, development and production. Customer orientation is in uppercase. The early contact between users and application / development engineers is the key to technically optimal, tailored to the application and at the same time commercially sensible solutions. Advice on system integration is as obvious as a comprehensive after sale service, which sees itself not as mere repairs, but as user support. Benefit from a wide range of industries: the company provides Piezoelectric ceramic solutions for all major high-tech markets ranging from industrial automation and Semiconductor industry of medical technology, mechanical engineering, precision engineering and the automotive sector to air and space. Sandra Ebler

Lead-free Piezoaktor with high linearity enables increased system bandwidth PI ceramic is one of the leading manufacturers in the field of piezo Indicatory and sensory products. With the Picoactuator PI offers ceramic longitudinal and actuators, which consist of the crystalline piezoelectric material PIC 050. In contrast to the classical Piezoaktor from lead lead zirconate titanate (PZT), Picoactuatoren show a highly linear displacement. “Concrete: 10 times higher linearity in 10 times less displacement, Picoactuatoren make small but fine”. Picoactuatoren are configurable to heights of 20 mm and maximum travels by +/-3 m.

applications lie in precision positioning technology, if the low displacement is sufficient, and high dynamics and accuracy (linearity) are required. The high linearity enables the operation without position control, which the dynamics and system bandwidth by up to an order of magnitude can be improved. Application examples include sample scanner in the Atomic force microscopy with several 100 Hz scanning frequency. Also for high resolution microscopy classic Piezoscanner be provided with a vertical axis with Picoactuatoren, the deviations from Planar scan in the Z axis to reduce to below 1 nanometer. The subsidiary of the Karlsruhe-based company physics instruments (PI) employs at present approx. 200 employees, including 30 engineers in research, development and production. Customer orientation is in uppercase. The early contact between users and application / development engineers is the key to technically optimal, tailored to the application and at the same time commercially sensible solutions. Advice on system integration is as obvious as a comprehensive after sale service, which sees itself not as mere repairs, but as user support. Benefit from a wide range of industries: the company provides Piezoelectric ceramic solutions for all major high-tech markets ranging from industrial automation and Semiconductor industry of medical technology, mechanical engineering, precision engineering and the automotive sector to air and space. Paul Ostling is the source for more interesting facts. Sandra Ebler