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P-2000 Laser Based
A significant advance in the technology of fabrication of micropipettes,
optical fiber probes, and nanospray tips, is offered with the P-2000
micropipette puller. The P-2000 integrates a CO2 laser-based heat
source with the technology derived from our extensive experience
with conventional pullers. This system offers capabilities unmatched
by other pullers.
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P-97 Flaming/Brown Micropipette Puller
The Model P-97 micropipette puller is the latest generation of the
Flaming/Brown type puller for fabrication of micropipettes, patch
pipettes and microinjection needles. While retaining many of the
features on the Model P-87, the P-97 offers improvements in mechanical,
electronic and software design. The result is better control of
the pulling process and a higher degree of reproducibility.
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P-30 Vertical Micropipette Puller
The Model P-30 vertical micropipette puller is designed for the
fabrication of basic micropipettes and patch-type pipettes. It will
pull micropipettes with tip diameters as small as 0.3um and moderate
taper lengths (10 to 15mm). By using an included patching attachment,
the P-30 will pull the standard double pull patch-type pipette.
Used with thin wall glass capillaries, it will generate pipettes
or needles suitable for microinjection studies. The P-30 is ideal
for student laboratories and other situations which call for an
economical, reliable pipette pulling device.
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BV-10 Microelectrode Beveler
Elegant and simple to use, the BV-10 offers precision beveling of
micropipette tips between 0.1 and 50um. The unique abrasive plate
drive system is vibration free for greater control of the beveling
process.
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Manual Microinjector
The Manual Injector is a manual syringe driver for pneumatic or
hydraulic control of injection needles or holding pipettes. It is
suitable for injecting volumes in the nanoliter to microliter range.
It is also widely used as a fluid control device for IVF applications
requiring sensitive manual control of the displacement of microneedle
contents. The system is constructed from the highest quality parts.
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Micropipette Techniques
Advanced Micropipette Techniques for Cell Physiology
BY KENNETH T. BROWN, DALE FLAMING
In 1973, the authors began a course of systematic studies
designed to help them improve the capabilities and efficiency of
intracellular research using the micropipette technique. Here, they
present their theory of how micropipette tips are formed, their
methods of reducing tip size, and the implications of their work
for research on small cells of all kinds, especially cells within
the central nervous system. This book is also an excellent reference
on beveling techniques.
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Capillary Glass and Accessories
Sutter Instrument Company, in addition to the finest
micropipette pullers available, offers a wide selection of high
quality capillary glasses in various sizes and materials. Though
there are many types and sizes of capillary glass available, we
have carefully selected only those that pass our criteria. Our expertise
in micropipette technology assures you of precision and high quality.
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