Nedap continues to improve sow performance with its electronic sow management system in the United States. Their electronic sow feeding system has been implemented on key operations in the U.S., with sow managers finding multiple production benefits, including: greater consistency in body condition scores, better conception rates, minimized stress on the sows and a more balanced sow parity structure.
The system allows sows to be housed in dynamic or static groups with the benefits of individual animal management, including: optimized heat detection, enhanced pen flow and rations customized to meet the individual gestation needs of the sow.
In the system, sows are housed in groups and fed individually. Sows enter Nedap individual electronic sow feeding stations where Nedap software reads each sow’s radio frequency identification (RFID) ear tag. An automated feed hopper then dispenses the amount of feed the sow requires based on a ration entered into the computer by the farm manager.
The software allows producers to monitor each sow’s feed intake. Heat detection technology can also be a part of the system. This technology detects open sows with 95 percent accuracy, automatically sorting open sows into a separate holding pen.
Sow managers are alerted to changes in individual sows’ feed consumption and estrus cycle through Nedap’s secure web-accessible software. Nedap’s software notifies the manager when sows need individual attention.
“Globally, 1.4 million sows are fed by the Nedap electronic sow feeding system. Since 1982, the Nedap system has helped sow managers care for their sows and improve herd production,” says Gary Wyse, technical manager Nedap USA, explaining that the large pen design limits aggression and creates a calm environment for sows. “We are excited to continue bringing this solution to sow producers in the United States.”
The Nedap electronic sow feeding system will be on display at World Pork Expo in Des Moines, Iowa, from June 4-6, 2014. Visit with Nedap at Booth #526 in the Varied Industry Building.