D176S Twin Turbine Paper Cutter

Equipped with a 22‑inch industrial touchscreen and self‑developed embedded system, the machine features high safety and stability. Adopting family‑style UI design for simple and efficient operation, the system has a built‑in graphic‑text integrated fault self‑diagnosis function, which effectively improves equipment operational reliability, reduces downtime and boosts production efficiency

The centralized automatic lubrication system delivers precise amounts of lubricant to critical machine components at programmed intervals, ensuring consistent performance and reduced wear.

By maintaining optimal lubrication conditions, the system minimizes maintenance requirements, improves operational reliability, and extends the service life of key mechanical components.

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.

1.It effectively increases the cutting stacking thickness and feeding space of the equipment, enabling the cutting and processing of thick cardboard, hardcover paper stacks and special thick materials, and adapting to the production requirements of more orders.

2.Original equipment performance maintained: The original turbine transmission, hydraulic cutting and program-controlled precise positioning systems of the equipment remain unchanged. The cutting accuracy, durability and operational stability are consistent with the factory standards.

3.Improved production efficiency: It solves the problems of difficult feeding, insufficient stroke and limited cutting for thick materials, reduces operation frequency and material handling difficulty, and greatly improves the production capacity of thick material processing.

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 machine adopts a self‑developed electrical control system. Its critical safety functions apply a dual‑channel safety architecture to monitor the equipment operating status in real‑time and trigger rapid responses under abnormal conditions, so as to ensure the safety of both equipment and operators.

Modular electrical design facilitates fault diagnosis and maintenance, effectively reducing downtime and improving production efficiency.

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 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 high‑strength connecting‑rod assembly is specially designed for heavy‑duty cutting conditions, enabling stable and accurate power transmission throughout the entire cutting cycle.

Fitted with an overload‑protection mechanism, it effectively prevents damage to critical cutting components caused by abnormal impact, improving equipment reliability and lowering maintenance costs.

The air 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.

Equipped with high-speed ball screws and heavy-duty guide rails, the machine runs stably and achieves precise positioning. The precisely machined rail mounting surface ensures high accuracy and rigidity. It supports fast feeding and high-efficiency cutting, with both high-speed movement and micron-level positioning capability. Featuring high rigidity and good wear resistance, it is suitable for heavy-load and long-stroke thick material processing.

This machine adopts high‑precision double‑worm‑gear transmission and electronic‑cam‑controlled knife‑bed positioning system for accurate and stable cutting performance. Compared with conventional mechanical cam structures, it delivers superior positioning accuracy, smoother operation and higher safety with reduced mechanical wear, thus extending machine service life. Thanks to bilateral force bearing of the double‑worm‑gear structure, knife deflection is avoided when cutting hard paper. It achieves a maximum cutting speed of 45 cuts per minute for high‑efficiency operation.