In the production environment, FM Screening, sometimes known as Stochastic screening, requires CTP systems with very high Resolution (High DPI) capabilities to image the necessary microscopic dots with sufficient accuracy. Stochastic essentially means the semi-random distribution of fixed dots, which forms the essence of FM. To image these dots accurately, the CTP device must offer a minimum resolution of 2400 DPI to ensure the dots are etched without deformation. The size of these minute dots typically falls within the range of 10 to 40 micrometers (μm), which is the standard size for microdots in the printing industry. This process is managed by the RIP, which uses complex algorithms to distribute the fixed dots based on the image's tonal data.

The key advantage of FM is its ability to produce images with extremely high fidelity and visual detail, making it the superior choice for luxury packaging. Issues like Dot Gain behave differently in this method compared to AM and require specialized calibration. FM Screening directly solves the screen angle and color interference problems found in AM Screening methods. Advanced hybrid versions like XM Screening (Extended Modulation Screening) exist, which attempt to combine the benefits of both methods for improved process stability. Despite FM's higher sensitivity to small variations on the press, achieving the highest level of print quality is possible if you can provide a controlled environment.