TRACE 1200 Atomic Absorption Spectrometer
Thanks to its large number of customizable options, the TRACE 1200 Atomic Absorption Spectrometer is also the most versatile spectrometer on the market today. What started out as a good idea has developed into a remarkable analytical instrument. In an industry that is becoming increasingly specialized, it is easy to recognize the advantages of an analytical instrument that offers so many possibilities in such a small space. We invite you to take a look at what the TRACE 1200 Atomic Absorption Spectrometer has to offer in providing an analytical solutions to your elemental analysis needs.
Switchable Single/Double Beam Optics
Automatic, single-click switching allows choice between Single Beam or True Double Beam optics to suit your elemental analysis application
Automatic Switch Between Flame, GF Atomizer
The manual or motorized platform positions the flame and graphite furnace atomizers, enabling a quick switch between the different atomizers
Transversely Heated GF Tube
Unique, compact design allows virtually isothermal atomization conditions both spatially & temporally for highly sensitive, yet dependable, reproducible results
High Heating Rate
Industry leading rapid heating rate ensures that minimal time is required to achieve ideal atomization conditions
Inert Teflon Nebulizer Chamber
Chemically inert, to provide protection against corrosive reagents and organic solvents
Universal XYZ Autosampler
One autosampler compatible with all types of atomizer: Flame, GF or VG
Auto-aligned coded 5 lamp turret
Motorized and computer controlled to make 5 pre-heated lamps available to the user with a single click of a mouse< class="text">
Online Dilution
Offers the convenience of creating a calibration curve from a single standard solution and brings out-of-range solutions to within calibration range
Built-In Power Supplies
Independent power supplies for both high intensity hollow cathode lamps and the GF AAS are housed within the above
Small Footprint
Dimensions: W 65 x D 55 x H 37 cm
Background Correction in General
For
maximum cost effectiveness, it is important to utilize the optimum
method of background
correction for the analytical application. Many spectrometers on the market employ methods
of background
correction that have been established as convenient or 'standard'
for the
manufacturer but do not offer the best solution for the
customer. In selecting the best
overall method, the following
criteria for high performance must be met:
• High
frequency modulation - to enable the high speed measurement
of analyte signals
• High
speed data acquisition - to maximize the number of data points
per peak
• High
energy source and high efficiency optics - for a high signal to noise ratio
• Spatial
overlapping of HCL and D2 beams to ensure representative
measurements
with both beams following the same optical path
through the sample
Aurora's Background Correction Techniques
The
TRACE 1200 Atomic Absorption Spectrometer incorporates two
different background correction techniques to provide chemists with
flexibility of choice in resolving the background interferences
associated with the majority of AAS applications. We
employ the Smithe-Hieftje and Deuterium (D2) background correction methods
in our instruments.
Smith-Hieftje
Correction Technique
This
technique has been incorporated into the design of the TRACE 1200 as a standard feature to provide chemists with a simple,
cost effective background correction technique. Some of the
benefits of this method include:
• Correction
over a wide wavelength range
• The
same light source provides the signal
• Low
cost
Deuterium
Correction Technique
Aurora
Instruments has selected a fast Deuterium method as the
optimum blend of cost effectiveness and high performance. We
have developed a new generation of systems to meet existing
and future customer needs. The result is enhanced level
of performance making superior detection limits and high sensitivity
the norm for Aurora Spectrometers.
TRACE 1200 AISPEC™ Analytical
Software
User Friendly
The TRACE 1200 standard Windows Interface means a lower learning curve and reduced training costs. Our software has been designed around the philosophy that users should be able to rapidly develop methods that meet their unique requirements. This transcends to either experienced, or novice users will find our software simple and easy to use.
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