3D Sensors Leuze
- Line range sensors are designed to perform scanning, two-dimensional object detection along a laser line. A maximum of 16 objects can be detected with one sensor. Through configuration settings, complex detection tasks can be mastered with just one sensor. Results are output via Ethernet, fieldbus interfaces or binary switching outputs. A perfect solution, e.g., for multiple track transport or completeness monitoring.
- Line range sensors are designed to perform scanning, two-dimensional object detection along a laser line. A maximum of 16 objects can be detected with one sensor. Through configuration settings, complex detection tasks can be mastered with just one sensor. Results are output via Ethernet, fieldbus interfaces or binary switching outputs. A perfect solution, e.g., for multiple track transport or completeness monitoring.
- Line range sensors are designed to perform scanning, two-dimensional object detection along a laser line. A maximum of 16 objects can be detected with one sensor. Through configuration settings, complex detection tasks can be mastered with just one sensor. Results are output via Ethernet, fieldbus interfaces or binary switching outputs. A perfect solution, e.g., for multiple track transport or completeness monitoring.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- Contactless laser distance sensors for object detection. A laser beam is deflected by a rotating mirror and covers an area of 190° with a radius of up to 65 m. Object detection occurs simultaneously in up to four detection fields.
- The integrated edge detection of LES sensors determines the dimensions of objects or measures the exterior edges of web material products. The calibrated measurement data can easily be further processed via Ethernet, analog interface or fieldbus. Height, width and position measurements can be quickly and easily realized through configuration.
- The integrated edge detection of LES sensors determines the dimensions of objects or measures the exterior edges of web material products. The calibrated measurement data can easily be further processed via Ethernet, analog interface or fieldbus. Height, width and position measurements can be quickly and easily realized through configuration.
- The integrated edge detection of LES sensors determines the dimensions of objects or measures the exterior edges of web material products. The calibrated measurement data can easily be further processed via Ethernet, analog interface or fieldbus. Height, width and position measurements can be quickly and easily realized through configuration.
- The integrated edge detection of LES sensors determines the dimensions of objects or measures the exterior edges of web material products. The calibrated measurement data can easily be further processed via Ethernet, analog interface or fieldbus. Height, width and position measurements can be quickly and easily realized through configuration.
- The LPS 36 profile camera is used wherever height profiles need to be determined for moving or static objects. An additional encoder port supports the generation of calibrated 3D data. This opens numerous application possibilities, such as robot guidance as well as contour/volume measurements.
- The LPS 36 profile camera is used wherever height profiles need to be determined for moving or static objects. An additional encoder port supports the generation of calibrated 3D data. This opens numerous application possibilities, such as robot guidance as well as contour/volume measurements.
- The LPS 36 profile camera is used wherever height profiles need to be determined for moving or static objects. An additional encoder port supports the generation of calibrated 3D data. This opens numerous application possibilities, such as robot guidance as well as contour/volume measurements.
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