| NANOPOSITIONING |
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Use of Nanopositioning where
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Nano / sub nano resolution of movement is required |
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High resolution raster / vector scanning is crucial |
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Atomic accurate stability is inevitable
Atomic precision is key functional aspect
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| Positioning elements or systems with ATOMIC / MOLECULAR resolution is key to Nanodynamics. Qtech is very keen on consolidating its strength around NANOPOSITIONING technology as rest of the requirements can be fulfilled subsequently with other partners in respective fields. |
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| Nanopositioning |
| Art of positioning an object with nanometer resolution is known as
Nanopositioning. Nanopositioning can also be defined as position
control to atomic and molecular levels of the order of nanometer
resolution. A water molecule (H2O) easily fits within a 1-nm-diameter
circle and the size of a hydrogen atom is 0.1nm. |
A Wide of Spectrum of Applications
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| Nanopositioning
devices (nanopositioners) are a basic tool for a range of research,
manufacturing and test applications in the semiconductor, data storage,
optoelectronics, chemical and biotechnology industries. The ability to
image and measure at the nanoscale level is essential to nanotechnology
R&D. Ultra-precise positioning systems, actuators, sensors and
motion controllers are principal components of larger instruments, such
as critical-dimension measurement tools, profilometers, scanning probe
microscopes, optical microscopes, nano-automations and robots. There
are tools used in manufacturing and test operations that involve
ultra-precision machining, inspecting, and testing of parts. In general
Nanopositioing Technology is heart for Scanning, Precise Positioning
and adjustment applications in micron, sub micron, nano and sub-nano
level applications. |
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