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| Visit AMS Technologies at the roadshows in June at Nottingham University, Imperial College and Warwick University |
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Join us to discuss your application at the
roadshows we will hold in June:
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The new lightweight Agility series analysis
instrument has been designed with ease of use in mind and plug and play
functionality. It also offers advanced technical capabilities due to
the dual wavelength options, wireless connectivity and easy to set up
user interface (GUI). A range of sample holders allow the user to
analyse different substances in either liquid, powder or solid form,
while providing precise alignment thereby ensuring high quality data
acquisition. The dual excitation wavelength option extends the range of
substances that can be analysed as the longer 1064nm is preferred for
most petrochemical, street drugs, explosives and other substances
exhibiting strong fluorescence. |
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Gold coated fibers can withstand a wide
range of temperature from -269°C to 700°C and have
proven effective in a number of applications such as rocket, turbine
and jet engine monitoring. They have also been used in aircraft,
missiles, spacecraft sensing and measurement, radiation resistant
sensors and ultra high vacuum devices. Gold coating can be applied on
continuous lengths to a wide variety of multimode, step index, graded
index and single mode fibers. Core to clad ratios of 1.1, 1.2 and 1.4
are available with numerical apertures of 0.12 and 0.26. Non-standard
sizes can also be requested. |
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Molded aspheric lens assemblies provide an
excellent low cost alternative to standard IR optics when used in
applications such as thermal imaging. Thermal imaging cameras were once
only used by specialist rescue teams due to their bulky size and high
cost. However, in this fast growing market, the decreasing cost of
molded lenses providing high performance has allowed individual
personnel from the fire, police and armed forces, to be able to carry
their own camera. A range of standard assemblies already cover a wide
variety of uncooled IR sensors in wavelengths of 8-14um, but custom
built units are also possible. Morevoer, hard diamond like coatings are
available for harsh environments. Click here for more
details
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Thermoelectric-based chillers are compact,
quiet, reliable, energy efficient and vibration free due to the minimal
moving parts. Precise temperature control is required for many
applications such as low light CCD cameras, diode lasers, DPSS lasers,
analytical instruments, ground-based avionics testing and much more. In
laser applications, accurately controlled chillers help improve beam
shape, wavelength and pulse-width stability through smooth, steady
temperature control and vibration-free fluid flow. Their small size
means they can fit into many small spaces in any lab or sub assembly of
a laser system. Click here for more details |
