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The study aims to show the importance of the washing process for the bucket milking system and its effect on the produced milk.  Using  a  new design and manufacturing washing unit for teat cups in bucket milking system and study the relationship between the efficiency and quality of the washing process in the milking system ,and bacterial count  found in milk tank and teat cup surface. The new washing system cleaning in place (CIP) system is an alternative effective solution for washing liners and cluster. Washing units consists of two washing set. Each washing set consists of four outlets designed to wash one cluster a five types of washing sets have been tested during this Study. Using the new system to cleaning the bucket milking system led to the provision of some environmental advantages, than traditional system such as; reducing the consumption of chemicals in cleaning of milking machine by about 35 %, also save 66 % of the amount of water consumed in cleaning, and saving 0.55 kW electric energy used to operate the pump; and 1.4 kW electric energy consumed in heating water. Time of cleaning operation was also saved by 50%. The cleaning efficiency in traditional cleaning method is 42.9 %. While it s increased to 93.1 % with using a Jetter rod at new cleaning system. For traditional cleaning system total bacterial count in milk sample was 81x104 cfu/ml it classified at grade II (> 2,00,000  – 1,000,000 cfu/ml). While for the new cleaning system with different types of washing set the total bacterial count was between 33x103 to 66x103 cfu/ml .which classified at grade I (< 2,00,000 cfu/ml).

Design and manufacturing a washing unit for teat cups in the bucket milking system and it's effect on the produced milk quality