External Rotary Milking Parlors
High Yields – Few Staff
Milking parlors of this type are characterized by extremely high yields, using minimal personnel. They are an ideal solution for units whose population exceeds 1000 sheep and goats.
Their size starts from 24 and reaches 144 places and their performance reaches up to 1500 animals per hour, while 2 – 3 people are enough to operate even the largest one.
They have the smallest requirements for building space.
The operator has complete control of the system. The control panel, which is located next to him, includes indicators and controls for all functions. The operator can, for example, start, stop, or even change the direction of rotation. There is a built-in meter, from which the total number of animals milked can be informed. The rotation speed of the milking parlor is adjusted, while it is operating, by turning a switch. So when the production group changes, the speed can also be changed, always achieving maximum efficiency of the parlor.
Strong construction
The strong construction ensures long-term operation with minimal maintenance. The entire milking parlor is made of stainless steel. All parts of the enclosure have been designed, manufactured and tested with particular care. Rotation is smooth under any conditions. The central rotary multi-joint allows the simultaneous reception of vacuum and electricity for the operation of the system as well as the transfer of milk to the ice bath, while the enclosure rotates. All milk, washing and even vacuum pipes are made of stainless steel, as is all the connecting material (fittings, valves, etc.).
Advanced feeding system
The feeding system is another innovation. It has the ability to automatically and with great precision dispense 2 different types of feed. The system can dispense any type of food.
Safe during operation
Particular importance has been given to the safety. There are emergency buttons that immediately put the parlor out of operation. The confinement, the course and the safe release of the animals are constantly monitored by special sensors and photocells, which automatically immobilize the system if there is a risk to their safety.