Furst-McNess Company products

McNess Ruffage-Mate™ products are designed to be fed to cattle on pasture and/or corn stalks. Blended to be highly palatable, the Furst-McNess nutritionists have developed Ruffage-Mate™ to be fed directly from the bag.

For the first time, 100% dry distiller`s grains with solubles are available in 7/16` mini cubes. These convenient mini`s can be fed to calves, sheep, goats and deer. This new patented process creates a hard distiller`s mini cube that won`t crumble. McNess Bova Calf Cubes™ can be fed in a bunk or on the ground without wastage or wind loss.

Furst-McNess makes it convenient to feed distiller`s grains on the range with Bova Tubs. You already know the advantages and cost savings of using distillers grains, and the tubs make it easier to feed your herd. Put the pre-filled tubs in the back of your pickup and take them where they`re needed. A free-choice supplement with added vitamins and mineral for pasture or roughage rations used for continuous feeding; expected intake is 1-3 pounds per head per day with these 200 pound tubs.

An all-natural blend of extruded cottonseed meal, distiller’s grains, soybean meal and McNess premix in convenient tubs for beef cattle. Furst-McNess makes it convenient to feed cattle on pasture with Bova Max Tubs. You already know the advantages and cost savings of using by-product feeds, and the tubs make it easier to feed your herd. Load the pre-filled tubs and take them where they’re needed. (Get a hand loading these — they are 200 pounds each!) A free-choice supplement with added vitamins and minerals for pasture or roughage rations used for continuous feeding; expected intake is 1–3 pounds per head daily. Available in pallets or truck load lots. Contact Furst-McNess to order your tubs today.

These free choice minerals are designed to provide high levels of available magnesium to cattle that are at risk for grass tetany. Grass tetany is caused by low blood magnesium levels. This may be due to a simple deficiency of magnesium in the diet or to factors which reduce the efficiency of magnesium utilization by the animal such as high nitrogen and potassium levels in the forage.