Probilife Probiotics - Microbial Feed Additives
We have been in the Microbial feed additive business since the early 1970's. With world wide leadership in the microbial feed additives, we are one of the oldest companies in the industry.
Our Direct Fed Microbials are the result of Vit-E-Men's research and development through major University's studies and field trial progrms to improve animal health and performance for our customers.
With the new development of our applicator, we are making it easier, faster and more efficient to apply our products.
Probilife Probiotics are the world's most scientifically advanced microbial feed additives. Let LIFE PRODUCTS PROBILIFE help you take the GAMBLE out of your operation.
Probilife is available in the following forms:
- Soluble Powders
- Dry Granular
- Boluses
Perfect for:
- Swine - 1-GS
- Beef Cattle - 10-G (granular), 10-G (soluble), 1-G
- Dairy Cattle - 10-G (granular), 10-G (soluble), 1-G
- Sheep - 10-G (granular)
- Poultry - 1-GP
- Turkeys - 1-GP
- Veal Calves - 1-GV
Fast Facts
- What are PROBILIFE PROBIOTIC Cultures?
The term "PROBIOTICS" may be new to you. Quite literally, it means "supporting life". PROBILIFE PROBIOTICS encourages the growth of desirable bacteria, in order to prevent the growth of undesirable microorganisms. PROBILIFE PROBIOTICS will implant, colonize and reproduce in the intestinal tract of animals and poultry. - What are the benefits of using PROBILIFE PROBIOTIC Cultures?
- PROBILIFE PROBIOTICS are beneficial in stress periods such as weaning, hauling, drastic weather changes and abrupt ration changes.
- With the development of our new DFM Applicator, it's becoming easier, faster and more efficient to apply our products.
- PROBILIFE PROBIOTICS have no withdrawal times required prior to slaughter and no disposal of milk is necessary.
- PROBILIFE PROBIOTICS are not classified as a drug and are safe to administer to any animal at any time.
- Microbial cultures are gaining more attention as a possible antibiotic substitute. Instead of eliminating harmful organisms, why not promote the growth of non-pathogenic beneficial bacteria.