Milking Process and Milking Technology

Milking systems, whether conventional parlors or automated robotic installations, are biological and technical systems in which mechanical forces act directly on living mammary tissue. Their effectiveness depends not only on the technology used, but also on how well system design and management account for mammary physiology, teat tissue biomechanics, hygiene, and animal behavior. Milking remains fundamentally regulated by neuroendocrine control. Because milk ejection is mediated by oxytocin and occurs within a limited time window after stimulation, milk extraction must be synchronized with this physiological response. Teat tissue circulation defines limits for safe vacuum exposure. The teat canal barrier creates post-milking vulnerability windows that require protection. Conventional and automated systems differ in organization and management philosophy but share identical physiological requirements: synchronization between stimulation and extraction, protection of teat tissue, prevention of pathogen transmission, and preservation of post-milking teat canal integrity.