The Key to Modernisation in Milking

Milking has evolved away from traditional methods and towards solutions offered by modern technology. One of the cornerstones of this evolution is pulsation systems, or pulsators. Pulsators are an important element that makes the milking process more effective, comfortable and efficient in dairy farms.


What is a Pulsator and How Does It Work?

A pulsator is a mechanism used in milking machines and regulates the squeezing and releasing of the udders. This process mimics the milking process, increasing milk yield and prioritizing animal comfort. Pulsators usually work together with vacuum systems to create a regular milking cycle.


Different Pulsator Models and Features:

Linear Pulsators: Compresses and releases the nozzles in a linear manner. This model creates a stable pulsation by providing a certain pressure and airflow.

Rotary Pulsators: Compresses and releases the teats in a circular motion. This model is used to provide a wider flow of milk.

Electronic Pulsators: Working using the latest technology, these pulsators make milking more precise and controllable. It optimizes milking by continuously monitoring the condition of the udders with electronic sensors.


Things to Consider When Choosing a Pulsator:

Animal Type and Number: Different pulsator models should be preferred according to cattle or sheep.

Milking Speed: Choosing a pulsator suitable for the milking speed can increase efficiency. Generally, lower speeds are preferable for cattle and higher speeds for sheep and goats.

Technological Facilities: Pulsators with advanced technology offer more control over the milking process. This feature provides more flexibility to farm owners.


Effect of Pulsators on Milk Quality:

The correct functioning of pulsators significantly affects milk quality. Regular and comfortable milking reduces the risk of milk contamination and contributes to a healthy product.


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