The milling flat machine, consisting of two symmetrical flat milling faces, typically refers to the symmetrical cutting positions for the flats on shaft-type products. It can simultaneously process all four flats at both ends of the workpiece, and even more complex shapes can be cut in one operation through non-standard modifications.

The milling flat machine is a type of machine tool categorized under secondary processing machines. The main shaft component is made of spheroidal cast iron, heat-treated for aging, with dovetail joints in the sliding sections, and further enhanced with high-frequency heat treatment. It is manually finely ground for excellent wear resistance, good guidance, minimal deformation, and high stability. The motion part is controlled by an imported programmable controller, with simple and convenient programming, allowing for manual, semi-automatic, and automatic operation. The related actions have good continuity, with adjustable timing, making it suitable for processing various types of materials.

The primary moving parts of the milling flat machine are made from imported steel, heat treated for enhanced durability, and meticulously hand-fitted for precision. This ensures stable cutting accuracy, prevents deformation in the products, and improves wear resistance and longevity, thus increasing the machine's operational efficiency and lifespan. The transmission components work in harmony to minimize axial and radial movement, resulting in low-noise, smooth operation, and guaranteed precision in the machined parts. The tower-type speed control mechanism is suitable for varying speed requirements of different materials.