Tired of cumbersome lithography machines? Switch to miDALIX’s maskless photolithography machine to save time and money! Learn more by visiting https://midalix.com
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Use This Maskless Lithography Device For
Your Biology & Chemistry Experiments
Lithography is an oft-used process
in research and development, but as
you may well know, it can be time-
consuming. As such, miDALIX
created a photolithography machine
that can boost your productivity.
Called DaLI, the device employs selective
exposure of photoresists using a guided laser
beam, so you no longer need to utilize
photomasks. Your designs can be modified
quickly, fast-tracking the prototyping
process. What's more, the machine comes in
a convenient tabletop size.
The machine utilizes acousto-optic
deflectors and thermal stabilization
to create nanometer-precision
designs. It can be controlled via
user-friendly software that requires
no extensive training.
You can use it in applications
such as microelectronics,
biophysics, microfluidics,
quantum optics, and material
science.
Standard lithography uses
UV light and a mask to cast
an image on a photosensitive
emulsion or photoresist.
This is a highly sensitive
procedure that can slow
down your production.
miDALIX has developed a
maskless process to
sidestep this dilemma.
To date, DaLI has been utilized by
prominent clients and academic
organizations like the University of
Cambridge, Taiwan University of
Technology, and Ludwig-
Maximilians Universitat Munchen.
DaLI covers all steps of
lithography, from design to
illumination. It can also support
direct conversion of CAD
drawings, saving you time.
Further details can be
found at
https://midalix.com
Check it out
today!
Your Biology & Chemistry Experiments
Lithography is an oft-used process
in research and development, but as
you may well know, it can be time-
consuming. As such, miDALIX
created a photolithography machine
that can boost your productivity.
Called DaLI, the device employs selective
exposure of photoresists using a guided laser
beam, so you no longer need to utilize
photomasks. Your designs can be modified
quickly, fast-tracking the prototyping
process. What's more, the machine comes in
a convenient tabletop size.
The machine utilizes acousto-optic
deflectors and thermal stabilization
to create nanometer-precision
designs. It can be controlled via
user-friendly software that requires
no extensive training.
You can use it in applications
such as microelectronics,
biophysics, microfluidics,
quantum optics, and material
science.
Standard lithography uses
UV light and a mask to cast
an image on a photosensitive
emulsion or photoresist.
This is a highly sensitive
procedure that can slow
down your production.
miDALIX has developed a
maskless process to
sidestep this dilemma.
To date, DaLI has been utilized by
prominent clients and academic
organizations like the University of
Cambridge, Taiwan University of
Technology, and Ludwig-
Maximilians Universitat Munchen.
DaLI covers all steps of
lithography, from design to
illumination. It can also support
direct conversion of CAD
drawings, saving you time.
Further details can be
found at
https://midalix.com
Check it out
today!