Working principle of EPS continuous cutting line

EPS cutting machines are robotic devices that utilize laser and CNC technology to achieve precision continuous cutting. EPS continuous cutting lines feature multi-axis flexibility, automated manufacturing, simple operation, and high accuracy. They offer fast positioning and processing speeds, low noise, and high safety and reliability. The EPS continuous cutting line system includes a laser source, focusing head, focal length compensation system, and sliding plate. The laser source focuses the laser point into a specific groove on the transverse roller to form a beam, while the focusing head and focal length compensation system ensure the correct focal length between the laser and the workpiece. A motor is mounted on the sliding plate, driving the laser source to move at high speed, thus achieving continuous cutting.

 

The laser source moves along a specific line, and the drive unit focuses the laser point into the groove on the transverse roller to form a beam. As the laser point moves along the groove, it causes continuous breakage of the mold. Even with continuous movement of the laser point within the groove, high precision is maintained at the breakage point. EPS continuous cutting lines can meet the manufacturing needs of EPS parts of different sizes and types and can be widely used in industrial processing. Its performance advantage is truly demonstrated in its resolution. Because the laser dots change the position of the lines in real time, making the size and positioning more accurate, its resolution is significantly higher than that of various other cutting technologies.