GW80T Paper Cutter

A large 22-inch industrial touchscreen provides a clear and intuitive operating experience. Combined with an advanced control platform, it enables fast job setup, intelligent production management, and real-time machine monitoring. Built-in self-diagnostic and protection functions improve operational reliability, reduce downtime, and maximize productivity.

The worm gear drive system, combined with an electronic cam-controlled knife positioning device, ensures highly accurate cutter positioning and smooth operation. Compared with conventional mechanical cam systems, it provides greater positioning accuracy, enhanced operational safety, reduced mechanical wear, and significantly longer service life.

The dual hydraulic drive system delivers powerful cutting performance, stable pressure control, and exceptional operational reliability.

Its integrated hydraulic design ensures smooth and precise operation while reducing mechanical stress on key components. The optimized hydraulic circuit improves efficiency, minimizes maintenance requirements, and extends machine service life.

The table and side tables feature a precision chrome-plated surface, providing excellent corrosion resistance and long-term durability.

The smooth, wear-resistant finish reduces friction during material handling, ensuring accurate positioning, improved cutting precision, and consistent performance over years of operation.

The reinforced connecting rod assembly is designed to withstand high cutting loads while ensuring stable and precise force transmission throughout the cutting cycle.

Equipped with an overload protection mechanism, the connecting rod assembly effectively protects critical cutting components from excessive force and unexpected impacts, ensuring long-term reliability and reducing maintenance costs.

The machine is equipped with a high-performance multi-beam safety light curtain that continuously monitors the cutting area and instantly stops machine movement when intrusion is detected.

This advanced protection system significantly enhances operator safety while maintaining high production efficiency.

The worktable is equipped with integrated air balls that significantly reduce friction between the paper stack and the table surface.

This design allows operators to move heavy paper stacks with minimal effort, improving positioning accuracy, reducing operator fatigue, and increasing overall production efficiency.

The electronic knife locking system continuously monitors machine status and automatically locks the knife mechanism in the event of a fault or abnormal condition.

This advanced safety feature prevents unintended knife movement, protects operators and equipment, and ensures maximum operational safety.

The machine frame is manufactured from high-strength resin sand castings and engineered as a one-piece structure to ensure exceptional rigidity and long-term dimensional stability.

This heavy-duty construction minimizes vibration during operation, enhances cutting accuracy, and provides reliable performance even under demanding production conditions.

The machine is equipped with a modern electrical control system designed for maximum reliability, operational safety, and long-term stability.

Critical safety functions are protected by a dual-channel safety architecture, continuously monitoring machine status and ensuring immediate response to abnormal conditions.

The modular electrical design simplifies troubleshooting and maintenance, minimizing downtime while maximizing production efficiency.

The machine is equipped with an automatic lubrication system that dispenses oil at set intervals and in precise quantities, ensuring that 90% of the machine’s core components are properly lubricated, thereby effectively extending the machine’s service life.

1. The paper feed ball screw is manufactured using a cold-rolling process and meets Grade 6 precision standards, ensuring more stable operation and higher precision.

2. The paper feed guide rails are secured using a precision-machined slotted inlay technique, ensuring durable precision and quiet operation even under load.

The CIP4 workflow interface enables automatic import of cutting programs directly from prepress and printing systems.

Cutting sequences, dimensions, and job information are transferred automatically, eliminating manual data entry, reducing setup time, and minimizing operator errors.

By integrating cutting operations into the digital production workflow, overall productivity and job consistency are significantly improved.

Smart CIP4 Connectivity

Seamlessly connected to modern prepress and printing workflows, the system automatically generates cutting programs from CIP4/JDF data, enabling faster job changeovers and reducing operator dependency.

Before production begins, the control system graphically simulates the complete cutting sequence in real time.

Operators can verify every cutting step before execution, reducing setup errors, preventing material waste, and ensuring safe and efficient production.

Unlike conventional manual pressure adjustment systems, the pressure can be precisely controlled directly from the HMI.

Preset pressure values can be stored and recalled instantly, reducing setup time and ensuring consistent performance across different jobs and operators.

The skip-cut function allows operators to bypass unnecessary cutting steps within a program without modifying the original cutting sequence.

This feature increases flexibility when processing complex jobs, reduces setup time, and improves overall production efficiency.

1. Features an imported Italian aluminum hydraulic pump with rapid heat dissipation, ensuring stable pressure.

2. The dual-channel, dual-circuit design delivers greater cutting force compared to traditional electromagnetic clutches, reducing machine wear and tear.

3. CE-compliant rapid secondary pressurization ensures maximum safety (Apple test: The pressure system maintains stable performance under foot pressure, ensuring the apple is not crushed).