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milking parlour

milking parlour: A technical guide
Dairy cows entering a rapid-exit parallel milking parlour with heavy-duty galvanized stalls in a professional farm setting.

4 Criteria to choose your milking parlour

Throughput efficiency per hour

Maximizing cow traffic through rapid entry and exit cycles directly reduces labor costs and optimizes milking shed operational capacity.

System structural durability

Heavy-duty galvanized steel and robust stall engineering ensure long-term resistance to corrosive manure acids and high animal impact forces.

Precision milk metering accuracy

Integrated sensors provide exact yield data and somatic cell counts, enabling data-driven decisions for herd health and nutritional management.

Vacuum stability performance

Consistent vacuum levels at the teat end prevent mastitis and ensure gentle, complete milk out across the entire herd.

Available technologies and advantages

Rotary Milking Systems
The platform rotates continuously, allowing milkers to stay in one place while handling high-throughput volumes exceeding eighty cows hourly in large-scale operations. High throughput justifies capital costs but increases mechanical complexity and maintenance requirements while demanding a significant facility footprint and energy.
Herringbone Parlour Designs
Cows stand at an angle to the pit, providing excellent visibility of the udder for manual cluster attachment during standard milking cycles. Low installation costs benefit medium herds but increase operator fatigue due to longer walking distances compared to more compact stall configurations.
Parallel Milking Configurations
Animals stand side-by-side with rear-entry access, minimizing the platform length and allowing for rapid gang-style exit mechanics in narrow barn spaces. Maximum stall density optimizes building space though rear-only udder access limits visibility for checking individual health conditions or abnormalities.
Automated Robotic Solutions
Robotic arms manage the entire process without human intervention, utilizing sophisticated sensors for teat localization and thorough cleaning procedures before extraction. Significant labor savings and increased milking frequency are offset by substantial initial investment and reliance on specialized technical maintenance services.
Close-up of a precision milking cluster with integrated milk flow sensors and automated teat detachment technology during operation.

6 expert tips

Prioritize heavy-duty stainless steel components to prevent corrosive wear and ensure the facility meets strict sanitary regulatory requirements.
Select high-capacity vacuum pumps with variable speed drives to reduce energy consumption and maintain stable milk extraction pressure.
Integrate automated herd management software to track individual cow production data and detect early signs of clinical mastitis.
Evaluate the total cost of ownership by including annual maintenance schedules and expected wear part replacement frequency data.
Ensure the parlour layout allows for future expansion or modular upgrades to accommodate potential growth in total herd size.
Confirm the dealer provides twenty-four hour technical support to minimize downtime during critical milking shifts across the entire year.
Always verify the technical certification to ensure compliance with local building safety standards and long-term durability.
Discover our complete range milking parlour on AgriExpo
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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