Automatic Udder Washing System

The Automatic Udder Washing System is designed to provide consistent pre-milking udder and teat cleaning for commercial dairy operations. It can integrate water supply, spray nozzles, piping, control components and optional dosing equipment into a coordinated washing solution.

The system helps standardize the udder preparation process, reduce repetitive manual work and support improved milking hygiene. The configuration can be adapted to herringbone, parallel, rotary and other dairy parlor layouts according to project requirements.

• Automated or semi-automated udder and teat washing for consistent dairy hygiene procedures.
• Can be configured with spray nozzles, water lines, valves, pumps and control components.
• Optional water heating and chemical dosing for specific farm hygiene programs.
• Suitable for integration into different milking parlor and cow-flow layouts.
• Stainless steel components and suitable agricultural-grade materials can be selected for wet working environments.
• Adjustable washing sequence and spray configuration according to project requirements.
• Designed to reduce repetitive manual washing operations and improve process consistency.
• Suitable for new dairy projects, parlor upgrades and equipment replacement programs.

• Water Supply Line: Delivers clean water to the washing circuit according to the required flow and pressure.
• Spray Nozzles: Direct the washing medium toward the udder and teats for targeted coverage.
• Valves and Flow Controls: Regulate water or treatment solution delivery within the washing cycle.
• Control Unit: Controls the washing sequence, timing or activation logic according to the selected configuration.
• Optional Heater: Provides controlled warm water where required by the farm's udder preparation procedure.
• Optional Dosing Pump: Introduces compatible cleaning or disinfecting products into the water line at a controlled concentration.
• Mounting Framework: Supports the spray assembly and associated components within the milking area.

The system delivers water or an approved washing solution through a controlled spray circuit. Depending on the selected configuration, sensors, timers or operator controls activate the washing sequence as cows enter or pass through the designated preparation area.

Spray nozzles are positioned to provide targeted coverage of the udder and teats. Automatic control can regulate the spray sequence and reduce unnecessary water or solution use. Automatic nozzle washing can also be incorporated into certain system configurations to help maintain nozzle cleanliness. :contentReference[oaicite:1]{index=1}

• Commercial dairy farms and large-scale cattle operations
• Herringbone and parallel milking parlors
• Rotary and high-throughput dairy facilities
• New dairy farm construction and milking parlor projects
• Existing milking system modernization and automation upgrades
• Dairy equipment distributors and agricultural engineering contractors

The system can be engineered as a complete solution or configured as an integrated module for an existing dairy milking installation.

• Number and position of spray nozzles
• Spray pattern and washing coverage
• Water pipe diameter and connection configuration
• Water heater capacity and control method
• Chemical dosing equipment
• Sensor, timer or control-panel configuration
• Mounting structure and installation dimensions
• Electrical specifications for different markets
• OEM branding, packaging and project-specific documentation

The final configuration is designed according to milking parlor layout, herd size, local climate, water supply and farm management requirements.

Installation: Mount the spray assembly and control components at the specified positions, connect the water supply and drainage lines, and complete electrical or control connections according to the project drawings. Installation should allow sufficient clearance for cow movement and routine servicing.

Commissioning: Check water pressure, spray direction, nozzle coverage, valve operation, sensor response and washing sequence before regular operation.

Maintenance: Inspect nozzles, filters, valves, hoses, dosing components and electrical connections regularly. Flush the water circuit as required and keep spray nozzles free from sediment or chemical deposits. Maintenance intervals should be adjusted according to local water quality and operating conditions.