Tomato stands out among the vegetables with the highest human consumption, mainly due to its notable concentration of essential nutrients, and its ability to be cultivated in all regions of the country. The main objective of this research was to promote a characterization of different stem conduction systems in the cultivation of the cherry tomato variety cv. T3 Yoshin, in a greenhouse environment covered in shade. To this end, fruit productivity was evaluated, quantification of the number of fruits produced and the influence of different stem guidance systems on aspects of fruit development. The statistical design adopted was completely randomized (DIC), with the implementation of 04 treatments and 05 replications. According to the results, it was verified that there was a significant effect at the level of (1%) by the Tukey test according to the comparison of the means of the different treatments evaluated in the cultivation of cherry tomatoes, without desprouting, and with different numbers of stems. In the T3 YOSHIM treatment without thinning, a higher average was found in terms of Transverse Diameter in relation to the training system with 1, 2 and 3 stems. The T3 YOSHIM cherry tomato treatment conducted with 01 stems showed higher averages for Fruit Productivity, followed by conduction with 02 stems and 03 stems, as the greater the number of fruits per plant, the greater the total number of fruits and the greater the number of fruits per hectare and consequently higher tomato fruit productivity.