Double Beam Optical System
The fully symmetrical optical system measures sample and reference
simultaneously for ultimate accuracy, precision and baseline flatness.
Long term stability is up to ten times better than single beam systems.
Integral Control System
All control software is within the instrument, tamper proof, providing
easy menu driven operation with massive safe storage for scans,
plots, curves etc. PC control and data transfer to a PC are provided.
Equal Sample and Reference Facilities
Identical and generous sample and reference sampling facilities
widens the scope of measurement, for example, to enable multi-cell
sampling in both beams and accommodate bulky accessories in the
reference beam.
Method Operation and Storage
Up to 30 sets of instrument parameters, including concentration
curves may be stored, security code protected. When recalled, instrument
parameters are automatically set, avoiding errors.
Alpha Numeric Entry
Full Alpha Numeric entry is provided so that results may be fully
documented for GLP. Formula entry enables the creation of a wide
range of formulae for automatic calculations using many wavelengths.
Software Enhancement By E-SEF
E-SEF - Encoded Software Enhancement Facility - allows software
modules to be enabled using encoded numbers provided by telephone,
fax or E-mail. Software requirements may be tailored, at any time,
as required.
Data Storage and Protection
Data, including 100 spectra, concentration curves , kinetics and
time course plots may be stored in safe memory, security code protected
against tamper or deletion using a four digit password.
Reprocessing
Scans, time course plots, and reaction curves may all be reprocessed
to any required format on the display screen and then plotted on
the integral or an external printer.
Performance Validation
Software and certified standards enable wavelength accuracy, absorbance
accuracy, bandwidth etc. to be validated. A timed and dated report
includes the serial number of the instrument.
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