Metal Guillotine Shearing Machine

Metal Guillotine Shearing Machine

Perfect Shearing: The QC11Y-8×3200 Metal Guillotine Shearing Machine achieves perfect cutting, efficiently and precisely processing various metal sheets. Guillotine Shearing Machine is widely used in industries such as machinery manufacturing, sheet metal processing, and automotive production, enabling the cutting of materials like steel plates, stainless steel, and aluminum sheets to meet high-standard processing requirements.

E21S control system

The Estun E21S control system is a specialized CNC device designed for Metal Guillotine Shearing Machine , suitable for a wide range of users. It significantly reduces the cost of CNC shearing machine while ensuring high work precision.

Back Gauge

The Back Gauge System is an essential part of sheet metal processing equipment, particularly in guillotine shears. Its primary function is to precisely position the workpiece, ensuring accurate and consistent cutting or bending. Designed with durability in mind, its sturdy structure can endure extended operation, while the integration of linear guides improves movement stability and minimizes long-term wear.

Spring Pressure Cylinder

The Spring Pressure Cylinder in a guillotine shear plays a crucial role in stabilizing and supporting the material during the cutting process. It ensures that the material remains securely pressed and fixed in place, preventing movement or deformation. This enhances cutting precision and operational safety.

QC11Y-8×3200 Guillotine Shearing Machine

Clients’Shearing  Cases

A metal processing factory faced the challenge of processing various types of metal materials and aimed to improve production efficiency while reducing waste. To address this, we provided the factory with a JM guillotine shear, equipped with the E21S control system and hydraulic clamp, ensuring that each plate remained stable and immobile during the cutting process. After implementation, the cutting quality stabilized, and accuracy improved by 10%. Hourly production efficiency increased by 22%, and the factory saved material costs by reducing waste. The customer’s production cycle was shortened, allowing for timely order delivery and significantly enhancing their market competitiveness.