PRECISION POSITIONING SYSTEMS COMPRISED

Brand Owner (click to sort) Address Description
NEA AttoCube Systems AG Eglfinger Weg 2 85540 Haar Germany Precision positioning systems comprised of precision instruments for manipulation and positioning of microscopic objects, in particular with piezo drives as parts of control and measuring instruments; Adjusting and positioning systems comprised of precision instruments for manipulation and positioning of microscopic objects, in particular with piezo drives as parts of control and measuring instruments; electrically controlled mechanical adjusting devices in the form of control and regulation units, namely, control units for regulating microscopes, and electron microscopes; control and regulation units, namely, apparatus and instruments for conveying, distributing, transforming, storing, regulating or controlling electric current for adjusting devices, micropositioning tables, in particular for optical waveguides and fiber optics; microscope parts, namely, apparatus for moving mirrors in microscopes; control apparatus for microscopes, namely, microscope parts for scanning atomic force microscopes, magnetic force microscopes, laser scanning microscopes and scanning electron microscopes; measuring instruments for measuring the scale of microscopic particles, in particular electronic and electronic optical measuring apparatus; precision measuring apparatus for measuring the scale of microscopic particles; distance measuring apparatus, in particular integrated path sensors for mechanical positioning systems; interferometric optical sensors; microscopes, precision microscopes, in particular for use at low temperatures; magnetic force microscopes; atomic force microscopes; laser scanning microscopes; scanning electron microscopes (SEM); scanning near field microscopes; microscope and spectrometer parts, namely, detection modules for microscopes and spectrometers; microscope and spectrometer parts, namely, illuminations for microscopes and spectrometers; spectrometers; observation instruments, namely, apparatus for transmitting and reproducing nanoscale images; non-medical imaging devices for nanoscale imaging; optical apparatus and instruments, in particular optical sensors; surface measuring apparatus being optoelectronic and operating without contact, namely, optical readers and optical imaging readers; cryostats for laboratory use; downloadable computer software for nanoscale imagery, in particular for operating, adjusting and positioning systems in the field of nanoscale analytics;The wording NEA has no meaning in a foreign language.;
NEA Neaspec GmbH Eglfinger Weg 2 85540 Haar Germany Precision positioning systems comprised of precision instruments for manipulation and positioning of microscopic objects, in particular with piezo drives as parts of control and measuring instruments; Adjusting and positioning systems comprised of precision instruments for manipulation and positioning of microscopic objects, in particular with piezo drives as parts of control and measuring instruments; electrically controlled mechanical adjusting devices in the form of control and regulation units, namely, control units for regulating microscopes, and electron microscopes; control and regulation units, namely, apparatus and instruments for conveying, distributing, transforming, storing, regulating or controlling electric current for adjusting devices, micropositioning tables, in particular for optical waveguides and fiber optics; microscope parts, namely, apparatus for moving mirrors in microscopes; control apparatus for microscopes, namely, microscope parts for scanning atomic force microscopes, magnetic force microscopes, laser scanning microscopes and scanning electron microscopes; measuring instruments for measuring the scale of microscopic particles, in particular electronic and electronic optical measuring apparatus; precision measuring apparatus for measuring the scale of microscopic particles; distance measuring apparatus, in particular integrated path sensors for mechanical positioning systems; interferometric optical sensors; microscopes, precision microscopes, in particular for use at low temperatures; magnetic force microscopes; atomic force microscopes; laser scanning microscopes; scanning electron microscopes (SEM); scanning near field microscopes; microscope and spectrometer parts, namely, detection modules for microscopes and spectrometers; microscope and spectrometer parts, namely, illuminations for microscopes and spectrometers; spectrometers; observation instruments, namely, apparatus for transmitting and reproducing nanoscale images; non-medical imaging devices for nanoscale imaging; optical apparatus and instruments, in particular optical sensors; surface measuring apparatus being optoelectronic and operating without contact, namely, optical readers and optical imaging readers; cryostats for laboratory use; downloadable computer software for nanoscale imagery, in particular for operating, adjusting and positioning systems in the field of nanoscale analytics;The wording NEA has no meaning in a foreign language.;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A magnetically positioned precision holder for optical components in an optical device comprises a carrier for replaceably holding at least one optical component. The carrier is arranged in positionally adjustable fashion in a housing recess including a precision stop surface. Magnet pairs (A1/A2 and B1/B2) are oriented with identical polarity being provided in order to achieve a continuous contact pressure of the carrier (2; 3) against the stop surface (6), in such a way that the one magnet (A1, B1) is located in the recess and the corresponding magnet (A2, B2) is located in the carrier. The use of identically poled magnet pairs for movable precision holders and for precision positioning systems is also proposed.