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Automated "On-Line" Dissolution Systems
[AutoPlus]
[How System Works]
[Features and Benefits]
[System Configurations]
[Hanson/Waters]
AutoPlus™ On-Line UV/VIS Autosampler
The Hanson AutoPlus™
is a new precision syringe-pump sampling system for dissolution testing
and analysis. The AutoPlus represents thirty years of dissolution
test know-how at Hanson Research. We were the first in the business with
a dissolution bath in 1969 and a fully automated dissolution test system
in 1975. Our precision syringe-pump sampling systems began with the
Microette™ in 1991, and were enhanced with the Waters™ Transfer
Module in 1998. These new AutoPlus systems bring autosampling
power, performance and throughput to the modern pharmaceutical lab that
is unequaled in the dissolution industry.
The basic AutoPlus
platform consists of a choice of 6 or 8 precision glass sampling
syringes, with internal valve interfacing, driven by a stepper motor
control, in one compact ergonomic instrument package. Teflon tubing
harnesses connect up to 3 dissolution baths, along with multi-cell
changers for on-line UV/VIS sample analysis, as well as collection trays
for sample archive.
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Easy-Icon™
programming with graphical display provides a wide range of dissolution
test applications, including detect and collect, multi-bath sampling,
and routines for set-up, cleaning, validation, 21CFR11, and diagnostics.
The AutoPlus
is designed to interface with the Agilent 8453 ChemStation and other
modern spectrophotometers with multi-cell capability, and includes
communications protocols via contact closure, RS232 and dynamic data
exchange (DDE). Similar to the Hanson SR8-Plus “virtual instrument”
programming, the AutoPlus is a smart device that anticipates user
requirements for set-up, test run, sample throughput and validation.
User-friendly features include protocol memory with password protection,
continuous display of test conditions and status, user prompts and help
screens (ideal for training). The AutoPlus maximizes laboratory
efficiency by handling extensive methods, problem drugs, surfactants and
other media.
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