Home

comprints

Comprints is a term used in digital art and printing to describe prints produced with substantial computer involvement. The exact meaning varies by context; in some communities it denotes outputs generated by algorithmic or generative processes, while in others it refers to any print produced from a digital design file. The term is not tied to a single technique and can encompass a range of workflows from fully automated to hand-assisted processes.

Etymology and usage: The word combines "computer" or "computer-based design" with "prints." Because there is no

Applications: Comprints appear in fine art printmaking, graphic design mockups, and commercial promotions. Artists may employ

Technology and workflow: Common pipelines start with digital design in software, applying generative algorithms or parametric

Variability and standards: There is no universal standard for comprints. Practices vary among studios and regions,

Related concepts include digital printing, generative art, algorithmic art, and traditional printmaking. The term remains diffuse,

formal
standard
definition,
practitioners
may
emphasize
different
aspects,
such
as
the
computational
origin
of
the
image,
the
reproduction
step,
or
the
integration
of
both.
programming,
generative
tools,
and
parameterized
workflows
to
produce
editions
or
series,
often
blending
digital
design
with
traditional
printing
methods
like
screen
printing,
lithography,
or
inkjet
reproduction.
This
approach
can
support
complex
textures,
variations,
or
controlled
randomness
that
would
be
difficult
to
achieve
manually.
controls,
then
exporting
print-ready
files.
Production
may
use
inkjet,
laser,
or
screen-printing
processes.
Effective
color
management,
proofing,
and
edition
control
are
important
to
ensure
consistency
across
impressions
and
compatibility
with
the
chosen
printing
method.
with
ongoing
discussion
about
authorship,
originality,
edition
sizing,
and
reproducibility
in
commercial
and
artistic
contexts.
but
it
commonly
signals
a
workflow
that
foregrounds
computational
design
alongside
physical
reproduction.