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Hudson
Horizons: October 2007
Message From Phil Farrelly, President
MAXIMIZE THE USEFULNESS OF YOUR LAB INSTRUMENTS
How many times have you wanted to use a robot system that you own but needed to
wait
until it was finished running another user's method (or one of your own) that
still had hours
left to run? Hudson has developed a solution for this that now gives robot users
a huge
advantage: SoftLinx for Systems™ .
Hudson's SoftLinx for Systems workcell scheduler and data tracking software
allows you to start and run
additional methods at any time, even if unplanned, and even while another
robotic method is
running. Now you can get the maximum usage out of your expensive instruments
that are otherwise
"tied up" waiting for a single method to end. No other robot scheduler software
can do this!
This is an important step toward the goal of making robots and automation as
flexible and easy
to use as the manual methods researchers have been used to. This unique
capability gives a
Hudson robot system the same flexibility as a manually operated set of
instruments, yet with
the steadiness and hands-free control of automation, allowing for walk away
freedom and cost effectiveness.
We recognized long ago that the systems our customers asked us to automate
usually contained valuable instruments that far exceeded the cost of our own robots and other
automation devices.
Yet, often the user might wish to use only a small part of the capability of all
that instrumentation
when running an automated method that he or she needed at the time. Yet, why let
all that valuable
equipment sit idle if those instruments could be used more productively, solely
because the initial user's
method is currently running? Why not let other users run their processes without
stopping
or interrupting the first user's method, and get the most out of their
investment in equipment?
This logical goal led us to create SoftLinx for Systems, to allow researchers to
maximize the output
of their instruments and not let their capacity sit idle waiting for a limited
run to end. Users can
load their samples into the robot system and start a new method whenever they
wish. SoftLinx
will schedule out the interleaved methods, resolve any physical conflicts, and
maximize the throughput
of both (or all three, or four, ...) methods' samples.
SoftLinx for Systems is a remarkable innovation that should be seen by anyone
considering
automating the operation of valuable lab instruments.
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