Upgrade your milk quality. With precision.
Milk Cell Analysis for VMS™ V300 series
Milk Cell Analysis (MCA) is an ultra-precise, real-time somatic cell count sensor that integrates with DeLaval Plus - putting accurate, actionable information at your fingertips to aid you in milk quality control and udder health and disease risk management.
Even better early mastitis detection
MCA is our most sophisticated automated cell count sensor yet. With robust, advanced technology, it accurately and instantaneously measures somatic cell count and identifies subclinical mastitis early so you can intervene quickly. Reduce treatment costs and prevent infections that can cause milk loss, lower yield and compromised milk quality.
Even better udder health management
The data collected by MCA is analysed in the DeLaval Plus Health Performance* application and displayed in real-time. Additionally, the DeLaval Plus Disease Risk* application monitors and analyses trends in somatic cell counts. It can predict possible future incidences so you can act in advance with treatment decision and dry-off management.
Why MCA?
Every day, DeLaval Automated Milking gets smarter, faster, kinder (to your pocket, animals and the environment), more accurate and more customisable.
Upgrade or new installation
MCA is available as an optional installation on new, or an upgrade on existing VMS™ V300 series milking robots.
Integrates with DeLaval Plus
Make informed, confident decisions to optimise health and milk quality based on accurate, actionable information from DeLaval Plus’ Health Performance and Disease Risk applications.
Lower cost and environmental impact
The consumables in MCA are eco-friendly and because the smart sampling model gives you complete control over the sampling frequency, the sensor only tests when you require it to.
*Available with DeLaval Plus Analyses and Predictions subscriptions.
DeLaval does not claim that the results reflected herein are typical and this information does not constitute a warranty nor guarantee of service or performance. Actual performance and improvement will depend on a number of factors, including milking practices, type of cows, farm and herd maintenance practices.