With the unique, patented smaXtec technology you continuously monitor pH values, enabling you to identify issues related to feeding management. Based on the data you create needs-oriented rations and improve cow health and productivity.
With the unique, patented smaXtec technology you continuously monitor pH values, enabling you to identify issues related to feeding management. Based on the data you create needs-oriented rations and improve cow health and productivity.
pH values show you how basic or acid the rumen is. Rumen pH values are highly sensitive and directly influenced by feeding. This is why this parameter is the best to assess and optimize feeding.
The goal is to have rumen conditions that are as stable as possible. Why? Because the more stable the pH values, the better the preconditions for an efficient rumen flora.
Rumen pH is the scientifically recognized gold standard in detection of subacute ruminal acidosis (SARA). Depending on the country, research shows that up to 50% of fresh and high lactating cows can suffer from SARA.
Cows suffering from SARA have a pH value below 5.8 for at least 300 minutes per day. SARA can barely be detected from the outside and thus often goes unnoticed, even though it leads to numerous secondary diseases and problems as well as significant financial losses. With continuous pH measurement, subacute ruminal acidosis can be detected precisely and thus can be avoided.
Rumen pH values are directly influenced by feeding, primarily through two factors: feed composition and feeding management.
Regarding feeding composition, a good mixture of fibers and concentrates is necessary. The richer the feed is in energy, the higher the probability of acidosis. Besides, feeding mistakes do not only affect cow health but also the composition – and thus the quality – of milk.
Not only the composition but also the feeding management has a significant impact on rumen pH values. Cows as well as their rumen microbiota appreciate routines, such as regular feeding times and standardized procedures. It is also important to encourage cows to eat regularly by implementing different measures such as pushing feed regularly. This enables a constant feed intake, and thus a stable pH value.
You can find a visualization of how pH values change throughout the day in this graphic. After feed intake, pH value decreases. If a cow doesn’t eat, after some time, it increases again. These fluctuations are completely normal. The more regular feed intake is, the lower the fluctuations are – which is good for the rumen flora and feeding efficiency. Needs-oriented feeding with an appropriate amount of concentrates ensures that pH values don’t drop too low. This way, you avoid subacute ruminal acidosis in your herd.
Feeding costs account for up to 70% of expenses on a dairy farm, making it even more important to optimize this area. At the same time, rumen health of cows should always be safeguarded. Continuous pH measurement supports you as follows:
Detect diseases caused by feeding at an early stage. Continuous pH measurement is the most reliable method to detect subacute ruminal acidosis. You will improve herd health and avoid secondary diseases and problems thanks to early detection.
Only a healthy herd with needs-oriented rations can produce high milk yields. pH measurement shows if rations are needs-oriented.
In case of changes of feeding, observe instantly how the new ration affects rumen pH and can react immediately.
Identify unused potential and use them to increase milk production.
Identify mistakes in feeding management and can take corrective action, e.g. related to feed provision, frequency or ration.
Based on the data, increase feeding efficiency of your cows and reduce costs while increasing productivity, resulting in better outcomes.