Feed Products

Main Image
Image Thumbnail

Modern milling and pelleting facilities at AMBOS, together with fully trained and qualified staff and a large production capacity gives AMBOS the speed and flexibility to manufacture premium quality livestock feed diets for a variety of production and domestic animals.

AMBOS can manufacture both grain-based and fibre-based feed diets, at our mill sites in Young and Cootamundra. Our products are available in Bulk, Bulka Bags and in 20 or 25kg bags.

We formulate and manufacture a range of feed styles for all livestock including: Dairy Cattle and Calves, Beef cattle, Sheep and Lambs, Poultry, Pigs, Horses, Rabbits, and unique All Purpose feeds for multi species situations.

  • Pellets - grain based feed formulas, standard 5mm diameter (pellets) and also larger diameter (nuts).
  • Mashes/Meals - grain based feed formulas, milled and rolled grains with protein meals.
  • Mixes - grain based mixtures of grains and pellets. 
  • Straight grains - Cleaned cereal grains, whole or cracked/crushed by roller milling.
  • Mineral mixes - High mineral content concentrates, mixed with grains and meals.
  • High fibre pellets - fibre based feed formulas with grains, protein meals and minerals added.

Custom designed feed products can be  manufactured for specific client requirements.

Main Image

Information about the AMBOS range of feed products

AMBOS manufactures a full product range of specific feed products for feeding commercial production livestock and domestic farm animals.

Read More
Main Image

Information about AMBOS Special and Customised Feeds

AMBOS also manufactures a range of special and customised feed products for individuals and business partners.
 These include unique antibiotic and ionophore-free products, in partnership with Pro Agni, for She...

Read More
Main Image

Information about AMBOS Grain and Meal commodity products

Feed grains and meals, including the new ROASTA range of uniquely processed roasted grains, are available within our bagged products range.

Read More