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Quantification,
Kinetic Analysis, Film Thickness, Color measurement
SCINCO CO.,LTD.
Enterd the field of UV-Vis. Spectroscopy in 1994 and has been
striving to produce high quality instruments and to develop new
technologies. Full service support following installation
ensures complete customer satisfaction.
After the years
of our efforts SCINCO is now announcing the release of the
S-4100 PDA UV-Vis Spectrophotometer, a brand new model covering
the highest technological position in the PDA UV-Vis
Spectrophotometer market.
The Self
Diagnostics function of the S-4100 PDA UV-Vis Spectrophotometer
is important to ensure the optimum running status of the system.
This enables slight malfunctions to be detected prior to a
problem arising so that the system can be continuously operated
in first-class condition. It checks the status of S-4100
whenever turned on or needed.
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Automatic Accessory
Recognition
All the
accessories for the S-4100 PDA UV-Vis Spectrophotometer have an
Accessory Slot which allows the LabPro® Plus software to
automatically detect, identify and configure the instrument for
the specific accessory. Through the Automatic Accessory
Recognition function, the experimental conditions & parameters
such as Integration No, Scan No, Transmittance/Reflectance mode
are set automatically and Cell Position of Multi-Cell Holder &
Automatic Referencing Stage(ARS) is automatically aligned.
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Detachable Sample
Compartment
The open sample
compartment is one of the merits of PDA instruments. Even so,
some of our customers are insisting on having a sample
compartment cover. Therefore, we will provide a cover that can
be detached or attached according to the customer’s preference.
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Automatic communication port
detection
S-4100 comes
with both USB and Serial communication. The instrument will
automatically detect which port is in use.
You can use the
instrument with any power source ranging from 85V to 265V
without any adjustment to the hardware.
Due to the
enhanced spectrograph design, we have increased the intensity in
UV range. As a result, we can perform experiments in the UV
range with as little as 5 μl of sample.
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