Pulsotronic sensor food industry solutions introduction

PULSOTRONIC sensor food industry solutions, PULSOTRONIC photoelectric sensors and vision sensors provide edible fat and cream filling production online reliable detection, classification and packaging printing methods, so that the entire process is optimized.
  The various packaging types of Porso PULSOTRONIC sensors need to be matched with 16 different barrel designs, so many packaging methods can be combined. Therefore, when the products are filled and printed, they must be reliably detected, classified and monitored. Mifa needed a solution for the filling process. PULSOTRONIC photoelectric sensors provide extremely high reliability sensors to detect defective products or boxes with the wrong orientation. At the same time, PULSOTRONIC photoelectric sensors also need a precise Polso sensor to integrate them into the conveyor belt at the front end of the packaging machine. Even in the case of gaps between the bottles or the barrels, it is possible to reliably and reliably detect each bottle mouth. Part. In this project, Germany PULSOTRONIC is deeply impressed by its innovative sensor technology and professional consulting services. Boer PULSOTRONIC cable sensor food industry solutions
The benefits that PULSOTRONIC brings to customers are as follows:
Reliable and economical inspection method, which can be quickly and flexibly adjusted to be used on new products
Reliable on the filling and marking process to avoid customer complaints and reduce costs
Unmistakable bottle inspection ensures a problem-free packaging process while optimizing system utilization
Single source application planning and solutions provide the best production implementation

Polso PULSOTRONIC sensor food industry solutions
German PULSOTRONIC photoelectric sensors are generally composed of three parts, which are divided into: transmitter, receiver and detection circuit.
The transmitter is aimed at the target emitting beam, and the emitted beam is generally derived from a semiconductor light source, a light emitting diode (LED), a laser diode, and an infrared emitting diode. The PULSOTRONIC photoelectric sensor beam emits continuously or changes the pulse width. The receiver is composed of a photodiode, a phototransistor and a photocell. In front of the receiver, optical components such as lenses and apertures are mounted. The PULSOTRONIC photoelectric sensor is followed by a detection circuit that filters out the effective signal and applies the signal.