One method of making coconut oil is the dry method by pressing copra. The pressing process is the final process of making coconut oil from copra material in the copra processing process. The long-term goal of this research is to improve the quality of copra produced by smallholders on an ongoing basis to meet the export copra quality standards (SNI 01-3946-1995). The specific target of this research is optimizing the copra pressing process by designing, manufacturing and implementing household scale copra pressing machines (micro business) so that coconut farmers can process copra to produce coconut oil, which of course the selling price will be higher (44.96%) than selling copra directly. The program implementation phase begins with designing the pressing machine in the PNUP mechanic workshop, followed by field testing to see how effective and efficient this machine is. Based on ANOVA, the null hypothesis states that with the same input, the screw press will produce the same results. Because the obtained Fcount (0.000241) is smaller than Ftable (9.552094), it can be concluded that H0 is accepted, namely that the three experiments carried out are the same (not significantly different), which means that this screw press machine has produced consistent results. The output of this activity was the availability of a product in the form of a copra screw press machine unit that can be used to process copra into coconut oil and is equipped with a manual for the design, manufacture, operation and maintenance of tools as part of the product produced. From the test results, this screw press machine can produce consistent results even though the volume produced varies from 88 grams/10 minutes to 91 grams/10 minutes or an average of around 600 ml/hour.

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