The present invention relates to an agriculture equipment which is mini sugar cane harvester. Manual and mechanical are two methods mostly used for sugarcane harvesting. Skilled manpower Shortage, slow output rate and improper harvesting which leaves behind the precious bottom part of the sugarcane hence loss in yield weight and affects the percentage of sugar recovery. The available mechanical harvesters having many drawback - very high initial, operating and maintenance cost. It cuts the sugarcane into billets which affects weight and sugar recovery, etc. The present invention overcomes all these above stated drawbacks. More particularly, the Mini Sugarcane Harvester that cuts the top foliage of sugarcane and process to convert it into manure and fodder separately. In another process it cuts the full length sugarcane stems, cleans it twice and load it onto attached trolley for transporting it out of field.
