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Nanotek Instruments Xprt Equipment & Supplies
5 equipment items found
Manufactured by:Nanotek Instruments based inRamapuram, INDIA
The 2D miniLDV is essentially two independent miniLDV probes aligned perpendicularly to each other in a common housing with a common optical path for both components. The coincident measurement domains of the two components makes this a true 2D probe. A 2D miniLDV System can also be constructed from two miniLDV probes so that they may also be used independently as single-component probes. If the ...
Manufactured by:Nanotek Instruments based inRamapuram, INDIA
The standard 3D miniLDV System consists of three miniLDV probes in a custom-designed alignment bracket, three Processing Engine hardware processors with USB interface, and the 3D Burst Processor Acquisition Manager software, which synchronizes the three systems and calculates 3D measurement statistics. The 3D miniLDV is a modular design consisting of three fully independent systems, so it is ...
Manufactured by:Nanotek Instruments based inRamapuram, INDIA
Specialized in miniaturized optical sensors with three universal characteristics: minimum size, minimum weight, and minimum power consumption. We offer a complete line of Laser Doppler Velocimetry systems with unequaled compactness and ease of use. In a laser doppler velocimeter, two coherent laser beams are crossed (forming the probe volume) to generate interference fringes. When a particle or ...
Manufactured by:Nanotek Instruments based inRamapuram, INDIA
The Tempo 1D is capable of detecting surface displacements resulting from the propagation of UHF ultrasounds, up to GHz. The system measures the spatial component normal to the surface of the target tested. It is used for characterization of micro and nano components. The system has become one of the most popular laser receiver worldwide for high frequency and ultra high frequency inspection. The ...
Manufactured by:Nanotek Instruments based inRamapuram, INDIA
The multi-component laser receiver is capable of simultaneously measuring two components of the surface displacement, the out-of-plane and the in-plane motions, using a single laser probe and a single collecting optic. The detection of the in-plane component allows efficient detection of shear waves, particularly when the direction of ultrasounds propagation is normal to the surface of ...