scissor shear

High cutting accuracy
With a reasonable blade structure and guide design, it can achieve good cut-surface flatness and dimensional consistency.

Strong processing adaptability
It can process various metal coil materials (such as carbon steel, stainless steel, and aluminum) and handle different thickness and width ranges.

High efficiency and fast production cycle
Compared with manual or other methods, it cuts at higher speed, enabling high-speed continuous production and making it suitable for mass production.

Good stability and high repeatability
With a rigid structure and well-designed transmission/alignment system, it supports stable production quality and repeatable precision.

Lower cost and easier maintenance
Blade replacement and maintenance are relatively straightforward, and operating costs are generally lower (depending on blade life and material characteristics).

Better safety (optional configurations)
Commonly equipped with protective guards, interlocks, emergency stops, photoelectric devices/foot switches, etc., to reduce operating risks.

Suitable for multi-process transverse slitting lines
It can be integrated with upstream and downstream processes such as feeding, strip guiding, positioning, separation/drop-cutting, facilitating automation line assembly.