| The
manipulation of liquids in microchannels, of which widths
are several tens or hundreds um, is becoming a central technology
in chemical, biological, and medical applications owing to
the possibility of simple and high throughput analysis in
nucleic acid analysis, enzyme assays and immunoassays. Especially
capillary electrophoresis (CE) on a microchip where a capillary
of conventional CE is replaced by a microchannel or microchannels
on a plate made of glass, polydimethylsiloxane (PDMS) and
polymethylmethacrylate (PMMA) has been attracted by many researchers
because of fast analysis, simplicity, small reagent consumption
and selectively handling fluidic materials in order to deliver
many kinds of chemical and biochemical components through
a complex network. We believe our DBMA-100 will be helpful
for you to realize lab-on-a-chip technology in your laboratories.
A simple and flexible benchtop microfluidic
analysis system, DBMA-100 provides users with a variety
of functions. Microchips of various sizes can be used without
any modification or with minor change. You can also change
channel disign, well position, chip material, and so on according
to your applications. Digital Bio Technology supplies total
solutions for microfluidics as well as a microfluidic analyzer.
We recommend you to consult the PMM service center of Digital
Bio Technology, to make microchips of your own design.
Small loading volumes of DBMA-100
can save your money for reagents.
Only several uL of reagents in an experiment is sufficient.
The multi-channel high voltage power supply
(DBHV-100) makes user-designed experiments possible by providing
up to 8 independent output channels.
The laser-induced fluorescence detection
system of DBMA-100 supplies high sensitivity and selectivity
to your experiments.
The XY-mechanical stage with large strokes
of DBMA-100 make it possible to investigate microfluidic phenomena
at any point of your microchips.
The Z-precision stage is a convenient
tool for you to precisely align your microchips.
CCD images make you examine the states
of your microchips and their microchannels in your eyes without
a microscope.
Simple and convenient control software
helps you to easily design your experiments. |
