In the work we present new laser measuring system for precise calibrations of length measuring transducers. This gauge is called nano-comparator because the resolution of the positioning of the measuring probe is in order of nanometers. The gauge works fully self-controlled and it is equipped by control software which is able to calibrate wide area of transducers. We put main stress to compensating of thermal dilatation of the gauge body and to eliminating of imperfection of linear guide ways which are used for positioning of the testing probe of the gauge. The work presents the first records of scale calibration of an incremental transducer
A comporator for metrological accuracy with a laser interferometer in vacuo as a reference for compa...
International audienceWe demonstrate a laser ranging scheme that uses a high-frequency modulated bea...
International audienceSome measurement schemes have been proposed and realized for the absolute meas...
A new class of sensor has recently appeared: nanometre sensors. These sensors are characterized by n...
Automated interferometer equipments are described which can be used for calibration of gauge blocks ...
Since nanotechnology has progressed rapidly, new methods for length measurement ap-plicable to the m...
Methods for the implementation of reliable, repeatable scales are central to all measurementtechniqu...
Abstract − For calibration of displacement measuring sensors with sub-nanometer resolution, a novel ...
A displacement generator is realized which enables the calibration of a wide variety of displacement...
High precision sensors become increasingly sensitive due to the use of advanced measuring principles...
The contract research was focused on the development of multi-axis measuring systems using the most ...
Automated interferometers designed for calibration of gauge blocks and line scales are described. Th...
We present the design, implementation, and characterization of a heterodyne laser interferometer fo...
A laser focus sensor and a contact inductive sensor have been coupled to an ultra high precision pos...
International audienceAbsolute distance measurement with accuracy below the micron scale is importan...
A comporator for metrological accuracy with a laser interferometer in vacuo as a reference for compa...
International audienceWe demonstrate a laser ranging scheme that uses a high-frequency modulated bea...
International audienceSome measurement schemes have been proposed and realized for the absolute meas...
A new class of sensor has recently appeared: nanometre sensors. These sensors are characterized by n...
Automated interferometer equipments are described which can be used for calibration of gauge blocks ...
Since nanotechnology has progressed rapidly, new methods for length measurement ap-plicable to the m...
Methods for the implementation of reliable, repeatable scales are central to all measurementtechniqu...
Abstract − For calibration of displacement measuring sensors with sub-nanometer resolution, a novel ...
A displacement generator is realized which enables the calibration of a wide variety of displacement...
High precision sensors become increasingly sensitive due to the use of advanced measuring principles...
The contract research was focused on the development of multi-axis measuring systems using the most ...
Automated interferometers designed for calibration of gauge blocks and line scales are described. Th...
We present the design, implementation, and characterization of a heterodyne laser interferometer fo...
A laser focus sensor and a contact inductive sensor have been coupled to an ultra high precision pos...
International audienceAbsolute distance measurement with accuracy below the micron scale is importan...
A comporator for metrological accuracy with a laser interferometer in vacuo as a reference for compa...
International audienceWe demonstrate a laser ranging scheme that uses a high-frequency modulated bea...
International audienceSome measurement schemes have been proposed and realized for the absolute meas...