With a view to contributing to the improvement of the quantitative and qualitative production of honey, a human-powered centrifugal extractor was designed, manufactured and tested at the Agricultural Engineering laboratory of the University of Dschang. The design was based on standard frame sizes for modern hive supers, mechanical design standards and honey quality standards. The tests were carried out with frames of Langstroth hive supers from an apiary in the town of Bafoussam I. Apart from the gear system constructed from cast iron, the other components of the puller were constructed from galvanized and stainless steel. The components of this machine are as follows: (a) a tank with a diameter of 650 mm, a height of 800 mm and a thickness of 1 mm; (b) a rotating basket with a diameter of 600 mm, a height of 550 mm and a thickness of 6 mm; (c) a transmission system consisting of a bevel gear, transmission ratio 1: 4, module 1.5 mm with a driving wheel and a pinion; (d) two 20 mm internal diameter ball bearings; (e) a 20 mm diameter transmission shaft; (f) a centering and clamping plate made of length 650 mm, width 80 mm and thickness 5 mm. The machine stand has a diameter of 651 mm, a height of 1000 mm and a diameter of 21 mm. Three extraction tests were carried out. The results obtained were as follows: average extraction rate: 78.36%; average hourly capacity: 35.35 kg/h, average mass of solid particles: 0.098 g/100 g of honey. The fabricated extractor will allow beekeepers to make several harvests over the year because the bee cells are not destroyed during the extraction. This preservation of aveoles will lead to the sowing of other hives after extraction. This machine is simple to operate and maintain; you just need to clean it and lubricate the gear system and the bearings regularly.