With BioSensor milk cell analysis: DeLaval makes VMS V300 milking robot intelligent.

DeLaval introduces the latest techniques and AI into the new VMS V300 milking robot. The constant, preset vacuum at the teat end provides a new milking experience. DeLaval has unveiled the 2025 model of the V300 series of the Voluntary Milking Systems (VMS). The DeLaval VMS V300 2025 model was developed in close collaboration with customers and incorporates the latest technology to make robotic milking better than ever before - smarter, faster, gentler, and more flexible - through the introduction of several features. A more spacious milking robot: A roomier box accommodates a wider range of cow breeds and sizes, ensuring more comfort during milking. Flow-Responsive Milking: This new feature aims to set a new standard for robotic milking by maintaining a constant, preset vacuum at the teat end, leading to a better milking experience for the cow and reducing milking time. Additionally, various additional features are available to further enhance the system: DeLaval Plus: Customers can switch to DeLaval's advanced digital services to enhance performance monitoring and control with top-notch management tools, analytics, and predictions. DeLaval BioSensor Milk Cell Analysis (MCA): The newly introduced MCA sensor from DeLaval can be added as an optional feature to further improve the milking experience. This compact sensor utilizes advanced optical technology to monitor udder health, count somatic cells in milk, and help farmers improve udder health management and milk quality long before subclinical mastitis becomes a problem. It also helps make decisions on drying off, reduce unnecessary antibiotic treatments, and promote good dairy farming practices. The MCA seamlessly integrates into all VMS V300 milking robots and can collaborate with other milk analysis sensors to provide precise and sustainable data to dairy farmers. DeLaval InSight for more precise teat positioning According to the manufacturer, the VMS V300 2025 model features all the state-of-the-art technologies that make the V300 series so popular, including DeLaval InSight and DeLaval PureFlow. DeLaval InSight is powered by artificial intelligence and helps the VMS V300 series achieve high speed and accuracy. InSight enables more precise teat positioning for efficient and accurate milking, especially beneficial for cows new to robotic milking or requiring special attention. Furthermore, the system continuously learns and improves with each milking process, leading to a continuous increase in efficiency and performance. Flow-Responsive Milking for constant vacuum Flow-Responsive Milking will be included as a standard feature in new VMS V300 milking robots starting in September 2025. From the fourth quarter of 2025, it can also be retrofitted to existing VMS V300 robots. This technology ensures a constant, preset vacuum at the teat end throughout the milking process, regardless of milk flow from each teat. By maintaining a constant vacuum at the teat end, it ensures that the milk flows smoothly and efficiently, avoiding interruptions caused by vacuum changes that can slow down milk flow and extend milking time beyond what the cow can tolerate. Ultimately, this results in shorter milking times. Farmers report time savings during milking. DeLaval test results show an average time savings of 27 seconds per cow. This technology also makes milking more pleasant for the cow. With stable vacuum at the teat end, there are fewer irritations, leading to fewer kick-offs. Additionally, as milking becomes more efficient, the time cows spend on the milking equipment is reduced. DeLaval enhances milk quality with a new sensor Also new is the DeLaval BioSensor Milk Cell Analysis (MCA). This new device not only monitors udder health but also uses advanced optical technology to measure somatic cells in milk. This provides farmers with a reliable tool to improve udder health management and milk quality on farms, ensuring higher milk quality and better overall herd health, according to the manufacturer. The compact and robust online cell counter seamlessly integrates into all DeLaval VMS V300 milking robots and can be combined with other milk analysis sensors to provide precise and sustainable data to dairy farmers. How it works The measurement of somatic cells in a milk sample is done using optical technology, where the cells are fluorescently stained. The fluorescence is then processed and analyzed to determine the cell count, ensuring accurate monitoring of somatic cells in milk and providing real-time data. This helps farmers quickly identify potential udder health issues and take necessary steps. The benefits of MCA The system's high accuracy allows for early detection of rising somatic cell counts, even in the absence of visible signs of illness, says DeLaval. This allows farmers to make quick and practical decisions and take preventive measures to maintain udder health. Furthermore, the sensor helps in making decisions about drying off cows, reducing antibiotic treatments, and promoting good dairy farming practices. Ultimately, the MCA sensor not only improves udder health management but also enhances the overall sustainability and efficiency of dairy farms. Key Features Cell count measurement: Provides early indications of indicators of (subclinical) mastitis, allowing timely intervention to support rapid recovery and maintain herd udder health. Drying-off management: Assists in decisions on drying off to reduce antibiotic treatments and promote good dairy farming practices. Precise monitoring: Provides farmers with a reliable tool for monitoring and effectively managing udder health.