Data provider:

Icon data provider

Agroscope is the Swiss centre of excellence for agricultural research, and is affiliated with the Federal Office for Agriculture (FOAG). Agroscope makes an important contribution to a sustainable agriculture and food sector as well as to an intact environment, thereby contributing to an improved quality of life.

Journal Article

Journal article

Comparison of vacuum conditions in an automatic milking system for milking parlours  [2011]

Ströbel, U.; Rose-Meierhöfer, S.; Brunsch, R., Leibnitz-Institut fuer Agrartechnik Potsdam-Bornim, Potsdam (Germany);

Access the full text

Individual-quarter milking technology is becoming ever-more popular with farmers making replacement investments in milking technology. The present study compares a Multilactor® individual-quarter milking system for milking parlours with an automatic milking system (AMS).[...] The aim of the present study was therefore to determine the average vacuum present at the teat-end for different milk flows in the 'b' and 'd' phases for the two milking systems. It was discovered that the milking vacuum at the teat-end in the 'b' phase at a flow rate of 4.8 litres/min was 41.7 kPa in the AMS and 33.3 kPa in the Multilactor®. The system vacuum stood at 47.0 and 35.0 kPa, respectively. For the 'd' phase, a vacuum of 36.9 kPa in the AMS and 12.8 kPa in the Multilactor® was measured for the same flow rate. It is only because it is equipped with Biomilker valves® that the Multilactor® manages to achieve such a low vacuum in the 'd' phase. Since a vacuum reduction in the 'd' phase does not increase milking duration but does relieve stress on the teat, it may be assumed that the use of Biomilker® technology in individual-quarter milking systems leads to an improvement of the vacuum application, which in turn can presumably contribute to a reduction in udder complaints.

From the journal

ART-Schriftenreihe (Switzerland)

ISSN : 1661-7584