The paper examines the issue of noise in the garment industry, highlighting how different machines produce varying levels of noise that can negatively affect workers' health. Excessive noise exposure is linked to numerous health problems, emphasizing the importance of occupational safety measures according to existing regulations. The paper describes the production processes, noise measurement methods, and the physiological impact of noise on the human ear. It also underscores the employer's responsibilities in noise reduction and prevention. The empirical section presents research results showing the equivalent noise level, the lowest time-weighted noise level, and the highest time- weighted noise level for both specialized and universal sewing machines. The results have been shown that on a special sewing machine, the equivalent noise level in the first channel exceeds the permitted noise level of 80 dB(A). A noise of as much as 85.6 dB(A) was measured, which shows that there is a noise burden for workers, which after a long period of exposure and work on the machine can affect their health. This noise level was measured only in the first channel, while in the second channel it does not exceed the limit value. Other values do not exceed the permissible value of 80 dB(A).