Switching Sensors Leuze
Special sensors (99)
3D Sensors (11)
Forked Sensors (71)
Light curtains (278)
Fiber Optic Sensors (158)
Ultrasonic Sensors (37)
Inductive Switches (212)
Optical Sensors (1030)
- Simple detection of splices on paper and plastic webs with an equally simple teach process.
- The extremely compact forked sensors can be mounted without considerable additional effort and are then able to also reliably detect multi-layer paper and plastic sheets in a measurement range from 20 g/m² paper to 800 g/m² cardboard. A simple alternative for post-press processing.
- For larger formats, this fork has nearly twice the mouth depth of the GSU 710. With this, it is able to detect up to the middle of the sheet.
- The extremely compact forked sensors can be mounted without considerable additional effort and are then able to also reliably detect multi-layer paper and plastic sheets in a measurement range from 20 g/m² paper to 800 g/m² cardboard. A simple alternative for post-press processing.
- The extremely compact forked sensors can be mounted without considerable additional effort and are then able to also reliably detect multi-layer paper and plastic sheets in a measurement range from 20 g/m² paper to 800 g/m² cardboard. A simple alternative for post-press processing.
- This series reveals its strengths in the double sheet monitoring of paper and cardboard. Even printing and fluttering paper are no problem. It works though a combination of ultrasonic and capacitive sensors.
- This series reveals its strengths in the double sheet monitoring of paper and cardboard. Even printing and fluttering paper are no problem. It works though a combination of ultrasonic and capacitive sensors.
- The extremely compact forked sensors can be mounted without considerable additional effort and are then able to also reliably detect multi-layer paper and plastic sheets in a measurement range from 20 g/m² paper to 800 g/m² cardboard. A simple alternative for post-press processing.
- Particularly in constrained spaces, such as in post-press processing, an M12 ultrasonic sensor reliably detects multi-layer paper and plastic sheets as well as metal foils.
- Particularly in constrained spaces, such as in post-press processing, an M12 ultrasonic sensor reliably detects multi-layer paper and plastic sheets as well as metal foils.
- This series reveals its strengths in the double sheet monitoring of paper and cardboard. Even printing and fluttering paper are no problem. It works though a combination of ultrasonic and capacitive sensors.
- Particularly in constrained spaces, such as in post-press processing, an M12 ultrasonic sensor reliably detects multi-layer paper and plastic sheets as well as metal foils.
- Multi-layer paper and plastic sheets as well as metal foils are reliably detected by an M18 ultrasonic sensor.
- Multi-layer paper and plastic sheets as well as metal foils are reliably detected by an M18 ultrasonic sensor.
- Multi-layer paper and plastic sheets as well as metal foils are reliably detected by an M18 ultrasonic sensor.
- Multi-layer paper and plastic sheets as well as metal foils are reliably detected by an M18 ultrasonic sensor.
- Multi-layer paper and plastic sheets as well as metal foils are reliably detected by an M18 ultrasonic sensor.
- Multi-layer paper and plastic sheets as well as metal foils are reliably detected by an M18 ultrasonic sensor.
- This series with 3 color channels and the scan function for color gradients can be used flexibly in many areas of applications.
- This series with 3 color channels and the scan function for color gradients can be used flexibly in many areas of applications.

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