To maintain optimal livestock health and maximize farm profitability, a supplement feeding system that promotes a stable rumen pH and efficient pasture utilization is essential. The ideal system should encourage small, frequent rations throughout the day, preventing acidosis and fostering a healthy microbial population in the rumen.
Universal Feeders’ saliva lick feeders rely on the animal’s saliva production to regulate supplement intake. As the animal licks the feeder, saliva is used to dissolve and consume the supplement. After about five minutes of feeding, the animal’s saliva production is depleted, preventing further consumption until saliva levels are replenished.
The saliva lick feeders also promote consistent intake across the mob, as all animals have equal access to the supplement. This consistency helps prevent dominant animals from overconsumption and ensures that subordinate animals receive adequate nutrition. Additionally, the feeders can be used for creep feeding, allowing young animals to access supplemental nutrition while preventing adults from consuming the feed intended for the offspring.
Universal Feeders allow producers to control the daily intake of grain or pellets by livestock, ensuring a consistent and balanced diet. This helps maintain optimal animal health and performance whilst preventing overconsumption and digestive issues.
With Universal Feeders, animals can choose when to consume their supplement throughout the day, allowing for a more natural feeding pattern. This self-regulated approach reduces stress and promotes overall well-being.
By precisely controlling the amount of feed consumed and minimising waste, Universal Feeders can help producers optimise their feed costs. Targeted supplementation ensures that each animal receives the necessary nutrients without overfeeding.
The controlled delivery of feed through Universal Feeders minimises spillage and waste. This not only saves on feed costs but also helps maintain a cleaner feeding environment, reducing the risk of contamination and disease.