Rotary shear cuts while the strip continues moving, resulting in higher production efficiency. Stop shear temporarily stops the strip before cutting, making it suitable for lower-speed production but less efficient for high-volume manufacturing.

Absolutely. Manufacturers can customize coil width, thickness range, production speed, stacking method, control system, decoiler capacity, and automation level according to customer production requirements.

Safety features typically include emergency stop buttons, protective guards, light curtains, overload protection, safety interlocks, and automatic fault alarms. These measures ensure operator safety while minimizing equipment downtime.

Yes. Heavy-duty Rotary Shear Cut to Length Lines are specifically designed for advanced high-strength steels. Enhanced leveling units, stronger frames, and high-performance shear systems ensure stable processing of high-yield materials.

After cutting, sheets are automatically transferred to a stacking system. Pneumatic or servo-controlled stackers align sheets accurately, preventing scratches and ensuring neat bundles for packaging and transportation.

Most manufacturers use internationally recognized PLC systems such as Siemens, Mitsubishi, Allen-Bradley, or Schneider. These systems provide reliable automation, remote diagnostics, and easy integration with factory management systems.

Yes. Operators simply enter new cutting lengths through the HMI. Servo systems automatically adjust production without requiring mechanical changes, making the line suitable for flexible manufacturing.

Rotary shear blades are designed for long service life. Regular inspection, lubrication, and sharpening help maintain cutting quality. Blade replacement is relatively simple and generally requires only a short production interruption.

The cutting length is programmable through the control system. Typical sheet lengths range from 500 mm to 12,000 mm, while customized systems can produce longer sheets according to customer requirements.