Farms.com Home   News

New Automatic Milking Systems User Group for Wisconsin Dairy Producers

The University of Wisconsin-Madison Division of Extension created the Automatic Milking Systems (AMS) user group for dairy producers currently using AMS. The user group provides participants with opportunities to collaborate with peers, access expert guidance, contribute to research efforts, and improve farming practices, ultimately enhancing efficiency, productivity, and profitability on their dairy farms.

The group is facilitated by Douglas Reinemann from the University of Wisconsin Milking Research and Instruction Lab, and Carolina Pinzón, University of Wisconsin Extension Statewide Dairy Outreach specialist. 

The AMS User Group inaugural meeting is scheduled for Tuesday, April 9th, 2024, from 1 to 3:30 pm, offering both in-person (Wausau, WI) and virtual attendance options. Meetings will occur three times a year, with 10 to 20 AMS farms per meeting, held at various locations across Wisconsin, featuring optional AMS farm tours. 

Source : wisc.edu

Trending Video

How Novonesis is Reshaping Swine Nutrition with Enzymes, Probiotics & Biological Solutions

Video: How Novonesis is Reshaping Swine Nutrition with Enzymes, Probiotics & Biological Solutions


The merger of Novozymes and Chr. Hansen created Novonesis, a global biosolutions leader combining more than a century of expertise in enzymes, probiotics and microbial science. In this exclusive interview, Keith Kinsley discusses how bringing these two industry innovators together is creating new opportunities for pork producers across North America and around the world.

Keith explains how Novonesis is leveraging the strengths of both legacy companies to deliver a more integrated approach to swine nutrition, gut health and feed efficiency. From sow productivity and piglet development to grow-finish performance, Novonesis offers science-backed biological solutions designed to help producers maximize feed utilization, support microbiome robustness and improve overall herd performance.