Robo-Max 16% or 18% (Robot Pellets)
For Dairy Cows Using An Automated Feeding System
Net Weight: 25 kg / Bulk Product #: 16% – 405432 / 16% HS – 405436 | 18% – 405434 | 18% HS – 405438
Robo-Max Robot Pellets are highly palatable feeds, intended to be fed to dairy cows through an automated feeding system. Fed in conjunction with a balanced partial mixed ration, Robo-Max provides supplemental energy and protein to encourage maximum visits to automated milking/feeding stations.
Guaranteed Analysis:
- Crude Protein (minimum) 16.0% or 18.0%
- Crude Fat (minimum) 3.5%
- Crude Fibre (actual) 10.0%
- Calcium (actual) 1.2%
- Sodium (actual) 0.2%
- Vitamin A (minimum) 8,000 IU/kg
- Vitamin D (minimum) 1,300 IU/kg
- Vitamin E (minimum) 10 IU/kg
Directions for Use
Feed Robo-Max™ Robot Pellets at a rate sufficient to deliver an average of 4.0 kg per visit.
Feeding speed should be adjusted in conjunction with average milking speed, but should fall into the range of 300 to 400 grams per minute.
Successful feeding in robotic systems is entirely dependent on having a properly balanced bunk recipe.
Follow an on-farm feeding program provided by your Masterfeeds Account Manager.
Features & Benefits
High-quality hard pellet.
Designed for optimal flow and reduced fines in automated feeding systems.
High quality, palatable ingredients with a unique blend of flavors.
Specifically formulated for optimum intake, while avoiding issues associated with acidosis. Keeps them happy for the entire milking. This means fewer kicked-off milkers!
All natural protein with a specific balance of by-pass protein and amino acids.
Ensures palatability and performance.
High quality fermentable fibre.
Provides more digestible fibre as fermentable sources of energy. This keeps her milking with good feet and components, while helping her to breed back in shorter days.
Complementary levels of vitamins and macro minerals.
Utilized by the cow helping her meet nutrition requirements and achieve optimal health.
New high starch (HS) formulas available.
For increased energy density in the diet potentially driving higher milk production.
