Labeling machines for self-adhesive labels

Baumer laser sensors with an extremely small spot of 0.1 mm and short response time ensure a stable and accurate labeling process.

Our cameras enable image-based verification of labels and prints with 1D and 2D codes at speeds of up to 40000 units per hour.

The dual channel ultrasonic sensors with IO-Link enable optimum production planning thanks to recipe management of the labels.

Baumer offers reliable inductive, ultrasonic and magnetic sensor solutions for optimum regulation / control of the label roll tension.

The miniature photoelectric sensors with short response times in high-speed mode support short machine cycle times.

The inductive proximity switches enable simple and cost-effective wear monitoring of the trigger mechanism.

Our miniature photoelectric sensors with an extremely stable signal ensure maximum operational reliability, even with ambient light.

The label sensors enable reliable detection of a wide range of labels and carrier materials, from thin labels to booklets.
 

Baumer photoelectric sensors ensure reliable detection of glossy and transparent labels thanks to the V-shaped LED light beam.

The industrial cameras with 4 power outputs and an integrated illumination controller enable simple and cost-effective control of external lights.
 

Our photoelectric sensors with high performance reserve enable reliable and cost-effective detection even of glossy carrier strips. 

The SmartReflect photoelectric sensors without a reflector and with very short response times of 250 µs support highly dynamic weighing processes.

The short response times of the photoelectric sensors ensure the rejection of not-OK objects at maximum speed.

The SmartReflect light barrier without a reflector saves installation costs and reduces service times.

Production increase thanks to short format changes with Baumer CANopen spindle position indicators. 

Our through beam sensors with very short response times ensure reliable counting of packaging in highly dynamic processes.