high-speed palletizer automation package

Our high-speed palletizer automation package delivers a complete, ready-to-run solution for end-of-line operations. Combining mechanical design, PLC programming, and smart control systems, we create highly efficient automation environments tailored to each production setup. Our brand offers full integration of conveyors, pallet dispensers, and wrapping units to ensure synchronized performance. With data connectivity, predictive monitoring, and energy optimization, this automation package increases throughput while minimizing manual involvement. Ideal for companies pursuing Industry 4.0 transformation, it guarantees long-term ROI and production consistency.

1600mm Intelligent Joint Stamping Robot

Designed for multi-press connection sites with a tonnage of 350T and below, and single-machine multi-mode punching machines with a tonnage of 1250T and below.

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3100mm Intelligent Joint Stamping Robot

QF-DL-3180

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1400mm Intelligent Joint Stamping Robot

QF-DL-1410

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QF-5045-S6-5 5KG Intelligent Swing Arm Stamping Manipulator

QF-5045-S6-5

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25kg Payload Single Machine with Multi-Mold Stamping Robot

QF-DL-1825

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QF-5045-S3-3 1650mm Intelligent Swing Arm Stamping Manipulator

QF-5045-S3-3

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QF-120300-S6-10 10KG Intelligent Swing Arm Stamping Manipulator

QF-120300-S6-10

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1200mm Reach 6kg Payload Intelligent Joint Stamping Robot

QF-DL-1206Q

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1400mm Reach 10kg Payload Intelligent Joint Stamping Robot

QF-DL-1410

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CY-S1-4536-5 3KG Intelligent Swing Arm Stamping Manipulator

CY-S1-4536-5

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120kg Intelligent Joint Stamping Robot

QF-DL-31120

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QF-120300-S5-20 20KG Intelligent Swing Arm Stamping Manipulator

QF-120300-S5-20

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Stamping Automation

high-speed palletizer automation package

The high-speed palletizer automation package integrates robotics, servo systems, and intelligent control units into a unified platform. Each module communicates via real-time Ethernet networks for synchronized operation. Advanced algorithms manage layer formation, product alignment, and pallet changeover automatically. Energy-saving drives and regenerative braking systems reduce consumption. The system supports centralized monitoring and data collection for performance analysis. Designed for modular expansion, it can adapt to future automation requirements without hardware replacement.