Among the significant problems in the sago processing, the extraction of the starch from its trunk tops the list. The extraction process involves a debarking and rasping process that is very tedious, unsanitary and time consuming that dramatically affects the quality of starch production since the local processor relies mainly on the conventional method of extraction. This paper presents the design, fabrication and performance evaluation of the sago pith extraction machine. The design concept made was to rasp the sago pith using a rotating rasper without debarking the log to minimize the steps on the extraction process. Four different teeth spacing densities of the rasper were considered during the testing and replicated three times; 1cm, 2cm, 3cm, and no teeth as controlled respectively. Results revealed that teeth spacing density has a significant effect on the performance of the machine such as extraction capacity, extraction efficiency and fineness of rasped pith. Based on average, the highest extraction capacity was recorded at 217.47 kg/hr using 3cm teeth spacing, and the highest extraction efficiency was 96.12% using 2cm teeth spacing and the finest rasped pith having the lowest fineness modulus of 2.15 was when using 1cm teeth spacing. Compared to manual and other existing mechanical rasper accounting the process of debarking, machine’s extraction capacity is higher, more efficient, safer and hygienic. Cost and benefit analysis supports that the machine is profitable and the financial efficiency is high having a 65% rate of return and 1.8 years payback period.