The main milking systems
Rotary milking
The rotary system is a highly automated solution ideal for large herds. Cows step onto a rotating platform and are milked while it moves. It offers high efficiency, automation, and operational comfort.
Parallel milking
Cows are positioned side by side, perpendicular to the operator. The system allows quick attachment and detachment of milking units. Suitable for medium and large farms.
Herringbone milking
Cows are positioned at an angle to the operator, allowing good visibility and access to the rear quarters. A flexible system suitable for many livestock operations.
Tandem milking
Each cow is placed in an individual stall. This provides greater individual control and comfort for both animals and operators. Ideal for small herds or animals with specific needs.
Technologies and automation
Automatic identification systems
They allow associating every operation and data to the individual cow. They use RFID collars, electronic ear tags, and recognition systems in the milking parlor.
Automatic cluster removers (ACR)
They enable automatic removal of the milking cluster at the end of the flow, improving efficiency and reducing mammary stress.
Milk meters and conductivity sensors
They detect milk quantity, any changes in conductivity (indicative of mastitis), and production performance in real time.
Automatic system cleaning
It ensures constant hygiene of the system and reduces labor. It can be integrated with smart controllers for customized cleaning cycles.
Considerations for system selection
• Herd size: rotary systems for large farms, tandem or herringbone for smaller operations.
• Labor availability: more automation reduces the need for skilled operators.
• Available space: some systems require specially designed barns.
• Production and management goals: individual control, milking times, health monitoring.
Conclusions
The choice of the milking system must consider structural, managerial, and technological aspects. The integration between physical configuration and digital components today enables a more efficient, sustainable, and animal welfare-oriented milking management.
You may be interested also in:
- Automation of milking systems: how it works and the benefits it offers
- Designing an efficient milking parlor: technical and strategic guide
- Hygiene of milking equipment: guidelines and technologies
- Monitoring the conductivity of milk to prevent mastitis
- Robotic milking: advantages and considerations for modern farming