Inline quality control

Once the hollow part has been shaped, the excess material in the neck area is cut off. After this, the InspectorP6xx 2D vision sensor checks and measures that the material in the neck area has been cut off correctly and that the cutting edge is neat. This approach ensures that defective parts are taken out of the process.

  • Following product families can be used
    • 2D machine vision inspection
    • Solving detailed quality inspection applications
    • Toolset for presence and measuring inspection, calibration, and location
    • Quick customization and addition of SICK Nova tools
    • Various FOVs, resolutions, performance levels, optics, and lighting
    • Easy-to-use user interface in web browser
    • 2D and 3D machine vision check
    • Presence inspection applications
    • Uncomplicated user interface launched from a web browser
    • Selection of fields of view, resolution, performance, optics, and illumination depending on the sensor chosen
    • Tool plugin support
    • Fieldbus and TCP/IP
    • Quality Inspection SensorApp included and pre-installed
    • Compact, rugged IP65 housing with swivel connector
    • Powerful LEDs, high-quality lens, and teach auto focus
    • Large variety of communication interfaces
    • Runs compatible SICK AppSpace SensorApps
    • Programmable with SICK AppStudio
    • 2D vision sensors with 1.3 and 1.9 megapixels
    • Configuration of SensorApps in a web browser
    • Programming of new SensorApps in SICK AppStudio
    • Flexible S- and C-mount lenses and integrated lighting
    • Laser alignment aid, beeper and feedback spot
    • Includes HALCON runtime license and SICK Algorithm Library
Robotics image
Robotics image

Working together as equals

Thanks to sensors from SICK, robots perceive more precisely. For all challenges in the field of robotics: Robot Vision, Safe Robotics, End-of-Arm Tooling, and Position Feedback.
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