Compact, rugged IP65/67 enclosure
HawkEye 1500 Series Data Matrix Readers
Whether the application is a printed label or a challenging directly marked part with little or no contrast, the HawkE ye 1500 series readers provide cost-effective, robust reading solutions.
HawkEye 1515: Universal reader for the broadest range of Data Matrix reading applications HawkEye 1525: Data Matrix reader with distortion-free, dark-field illumination, typically used for highly-reflective parts
HawkEye 1510: Data Matrix reader for applications requiring flexibility in the selection of lighting and optics.
HawkEye 1510
The HawkEye 1510 fixed-station reader delivers cutting-edge Data Matrix
reading performance in a compact package that fits in the palm of
your hand. Unique features such as the auto-learn capability and
intelligent imaging simplify integration and deployment to
provide easy setup, line changeover and maintenance.
Microscan's industry-leading decoding algorithms allow the HawkEye 1510 to robustly read damaged,
distorted or otherwise challenging codes directly marked on a variety of surfaces at rates
of up to 30 parts per second. Built-in verification also enables users to monitor mark quality
on a real-time basis to ensure readability. In addition to Data Matrix, the HawkEye 1510
also reads and auto-discriminates a variety of other 1-0 or 2-D codes.
The HawkEye 1510 can be configured with a variety of industry-standard C- or CS-mount lenses
and lighting options to acquire high-quality images of Data Matrix codes applied on part
surfaces via laser, dot-peen, inkjet, or other marking technologies. Its intelligent imaging
selects optimum parameters for each new part. eliminating the need for user intervention often
required to deal with part-to-part variations.
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HawkEye 1515
The Hawkeye 1515 is similar to the 1510 but utilizes integrated LED lighting and optics to acquire high-quality images of Data Matrix codes applied on a variety of part surfaces via laser, dot-peen, inkjet, or other marking technologies. Its intelligent imaging selects optimum parameters for each new part, eliminating the need for user intervention often required to deal with part-to-part variations.
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