Verifier® 300 LC 2.0
Single Finger Scanner with USB 2.0 Interface
 The Cross Match® Verifier 300 LC
(Lexan Case) 2.0 is a single
fingerprint capture device that
delivers accurate and reliable results
for identification, verification, and
registration programs. Verifier
products have been deployed in
customer applications around the
world in a wide array of projects
including child ID programs, physical
access control projects, border and
port entry/exit control, and national ID
and registration programs.
The Verifier 300 LC 2.0 is available
with universal serial bus (USB 2.0)
connectivity and the unit’s small size
is easily integrated into existing
applications. A kiosk-ready version is
available to simplify integration.
The Verifier 300 LC 2.0 provides highquality
images of a fingerprint while
maintaining sub-pixel geometric
accuracy. The unit is rugged, and
built with a lightweight, polycarbonate
lexan case.
Be.U Mobile Series
Rugged Handheld Readers for Identity Verification
 Cross Match mobile fingerprint
scanners enhance identity
verification programs for military,
law enforcement and many other
agencies. Based on proven
biometric capture technology, the
compact handheld solutions
enable users to access crucial
data in challenging environments,
such as national border control
areas and military zones.
By combining a fingerprint reader
with contact and contactless
smart card readers, the ruggedBe.U Mobile SMC-800 series is
the perfect device to authenticate
documents, such as e-Passports,
employee IDs (Transportation
Worker’s Identification Credentials
or TWIC, Common Access Cards
or CAC) and Driver’s Licenses to
identify people in the field. The
reader guarantees broad
interoperability with travel
documents from all suppliers in
order to quickly process high
volumes of travelers transiting
through international airports or
any other points of entry.
The integrated LCD graphic
display delivers clear and crisp
color images in the field, enabling
users to quickly verify subject’s
identities saving time and protecting
user safety.
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