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V&P Scientific is proud to introduce
it's third generation robot, the VP 903B. Many of our
customers have been encouraging us to develop an economical robot that was both
simple to use and capable of complex protocols. We are proud to say that the
VP 903B fills that bill. Coming in at under $32,000 we have
a system of nanoliter to microliter delivery that can be used for, 24, 48, 96, 384 and
1536 microplate formats. This is accomplished without the use of pipet
tips; further reducing assay costs. Neither programming background nor
automation experience is required to operate the VP 903B.
The VP 903B incorporates a user-friendly, touch-screen programming
that takes less than 10 minutes to complete. |
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The VP
903B will accommodate all our pin tools and pins. This gives you
great flexibility of volume transferred from 2 nl to 25 ul. The
accuracy and precision data with the Pin Tool Robot is the same as we get
with other robot systems using our pin tools, (better than 5% CVs).
Because we can reproducibly control the speed of withdrawal from a liquid we
are able to achieve very reproducible delivery results and we can control
the volume delivered within a 3 fold range by adjusting the speed of pin
withdrawal.
The 16 position carousel allows you a
variety of options for your assays. It is easy to manually feed the carousel
however the carousel configuration is amenable to mate to a robotic arm and
a stacker for walk away applications. |
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The VP 903B Pin Tool Robot is
equipped with electrical and port rotary unions which will allow electrical, fluid,
gas and/or vacuum
connections to any rotating deck position. An accessory platform on
top of the deck provides a convenient location to park even the bulkiest drives,
controls and machines. The VP 903B will also accommodate all our V&P pin
tools. This gives you great flexibility of volume transferred from 2 nl to 25 ul.
It is easy to manually feed the
carousel, however the carousel configuration is amenable to
mate to a robotic arm and a stacker for walk away
applications.
Here's a
link to an article that discusses pin tools as viable
dispensing alternative.
Easily Programmed by touch-screen interface |
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Cost
Effective
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Software
included in Base Price
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Easy Touch
Screen Programming
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Integrates
with Robotic Arms and Stackers via touch-screen
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Software integrating Twister
I Plate Handler/Stacker included in software package
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24, 48, 96, 384
and 1,536 Plate Formats
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2ηl - 25µl
Liquid Transfer
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Volume Transfer controlled
by Z speed
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Less Than 5%
CV’s on HTS
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Colony
Transfers to agar plates
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Electric
Accessory Compatible
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Designed for
continuous Liquid flow accessories
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Designed for
continuous vacuum flow accessories
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Designed for
continuous gas flow accessories
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Crash
Protection Built Into The Hardware
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Crash
Protection Built Into The Software
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Program Can
Accommodate 256 Separate Steps
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Program Can
Accommodate 999 cycles
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2 separate programs can be
stored in memory
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7 Different
Plate Definitions Can Be Accepted In Each Program
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Each Plate
Definition defines a different Z Height, Z Speed, Peck Delay and Number
of Z Cycles
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We now offer reconditioned Twister I (Zymark-Caliper)
Plate Handler/Stacker robots VP 920
and with the extended capacity VP 920A to
work in tandem with the Pin Tool Robot.
The VP 920
consists of a reconditioned Twister I robot with two 20 plate stacking
hotels.
The VP 920A
(Extended Capacity) is a platform with three additional 20 plate stacking
hotels.
Download Video
(mpeg movie- 27.7MB)
Press
the play button to view the video in a flash format, flash must
be installed, or click the download link to download a mpeg
version. |
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We have developed the software to control the
Twister I and it is resident in the VP 903B. Programing the Twister I
uses the same intuitive command structure on the touch screen as used in
programing the VP 903B Pin Tool Robot. The software for the Twister I
is provided at no additional charge. |
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The VP 903B Pin Tool Robot is compatible with
many different accessories. Both the 96 and 384 Cerionx Tip Charger
heads are accommodated on the robot deck while the vacuum pumps and
electrical transformers are housed on the auxiliary accessory platform above
the deck.
The Cerionx Tip Charger generates a high
frequency plasma that vaporizes most substances to elemental forms, H2O
and CO2. Thus greatly simplifying the task of pin cleaning
or sterilizing pins. Using the Tip Charger reduces the number of
deck positions required to clean the pins using conventional wash procedures
from 5 to one and shortens the time required to clean the Pin Tool. |
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The ultimate method for mixing compounds in
microplates is to use a plate on an orbital shaker while the pins are going
into wells. It is like stirring a tall glass with swizzle stick only
you are moving the glass not the swizzle stick. Joerg Dreessen
demonstrated the utility of this technique at the 2004 SBS meeting.
This method is especially useful when dispensing DMSO to an aqueous
recipient plate as the DMSO has a greater specific gravity than water and
will fall to the bottom of the wells, where it may have a toxic effect on
cells growing there. Many investigators comment that Orbital Shakers
by themselves do not provide adequate mixing in 384 square plates.
Putting equivalent of a swizzle stick into each well and shaking completely
overcomes that problem.
We offer both 384 (VP 324)and
1,536 (VP 326) H+P orbital shakers for
use on the VP 903B Pin Tool Robot. We recommend you use the VP 324 on
96 well microplates and the VP 326 on 384 well microplates.
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Designed to meet the
high temperature requirements of scientists to heat plates on a robot deck.
The "cut away" low profile design allows the robot plate handler to move the
plates around the deck between multiple heating stations and cooling
stations. |
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VP 381O is simple
registration device that allows the researcher to reformat plates from 96 to
384 or the reverse using a 96 Pin Tool. The reformattor has a SBS
footprint on the bottom that fits into a deck station on the VP 903B.
When a 384 well microplate is placed on 1 of the 4 positions of the
Reformattor, the 96 pin tool will be aligned to the same relative quadrant
of the microplate. The entire 384 well microplate is addressed when
the 384 well microplate is manually moved between the 4 positions |
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V&P Scientifics' new Society of
Biomolecular Screening (SBS) Registration Plates, VP 903R-96, VP 903R-384
and VP 903R-1,536 conform to the
SBS
specifications on plate dimensions (127.76 mm by 85.47 mm) and location
of the corner wells. We have placed a 1 mm diameter white spot in all
4 corner well positions to facilitate the alignment of Pin Tools, pipet
tips, aspiration and dispensed manifolds in robots and jigs. This spot
is small enough and yet easy to distinguish for precise alignment. But
best of all, these registration plates are only a fraction of what the large
robotics companies will charge you.
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The photo to the right illustrates
a VP 903R-96 registration plate on the V&P 903B Pin Tool Robot. The
arrows indicate the 4 corner registration marks.
With the advent of 384 and 1,536 well microplates, the demand for
accurate placement of Pin Tools, pipet tips, aspiration and dispense
manifolds has increased. Just using a microplate as the registration
target is not precise enough. We have also encountered a number of the
older robotic systems such as the Carl Creative Systems, Beckman MultiMek,
Sagian MultiPette, Plate Trak, Mini Trak, Molecular Devices FLIPPER
and even the Tecan TeMO that were not rotationally true when converted to
1536 Pin Tool applications. These systems needed
rotationally adjustable mounting plates. Furthermore these registration
target plates are indispensable for making these rotational adjustments. |
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The Pin Tool Dryer can be located in any
deck position using the SBS locating feature (VP 581B) on
the bottom of the Dryer. |
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The arrow in the photo to the right demonstrates the
activation switch. When the bottom float plate of the
Pin Tool depresses the switch, the fan is turned on and
dries the pins. When the Pin Tool is removed the fan
is turned off. |
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The VP 581B SBS locating feature on the
bottom of the Pin Tool Dryer is illustrated in the photo to
the right. |
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