Image-based code readers

Image-based code readers provide flexibility, high performance, convenience and simplicity. Even at fast conveyor speeds, SICK image code readers can reliably detect and evaluate 1D, 2D, DPM (direct part marking), and partially damaged codes. These readers identify markings on nearly any surface, including metal, glass, plastic or paper. Plus, different models, interfaces, and networking capabilities provide application flexibility.
5 results:
- 2/4 megapixel resolution; high frame repetition rate of 40 Hz
- Dynamic focus adjustment from object to object
- Integrated high-power LED illumination
- Function buttons, aiming laser, optical and acoustic feedback signal
- Intelligent, rapid decoding algorithms
- Intelligent decoding algorithms and high-performance DPM decoder
- Immune to ambient light
- Powerful LEDs in red, blue, infrared
- Flexible optical accessories such as polarizing filter or dome attachment
- Compact housing with swivel connector
- Setup wizard with auto focus, aiming laser, green feedback LED
- microSD card for storing images and backup copies of parameters
- Innovative data handling with comprehensive sorting, filtering, and output formatting functions
- 1,7 megapixel resolution; high frame repetition rate of 40 Hz
- Integrated high-power LED illumination
- Function buttons, aiming laser, optical and audible feedback signal
- Intelligent, rapid decoding algorithms
- Code reader with up to 2-megapixel sensor
- Flexible optics and filter design
- Integrated, replaceable high-power illumination
- Intuitive user interface, with flexible result string with code analysis options
- Function buttons, aiming laser, acoustic feedback signal, and green feedback LED
- microSD memory card
- Omni-directional code reading
- Optical alignment
- Extremely compact
- Lightweight
- Easy integration with USB and RS-232 models
- RoHS and WEEE compliant
- Triggering via button, presentation mode, serial commands or hardware trigger via SICK connection technology
- This product family will be phased out soon
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