Automatic Die-Cutting Machine with Servo Feeding System
High-Speed Automatic Die Cutting Solution with Servo Feeding Technology
The Automatic Die-Cutting Machine with Servo Feeding System is a high-performance industrial die-cutting solution engineered for precision carton converting, corrugated board processing, embossing, creasing, and large-format packaging production. Moreover, this servo feeding die cutting machine delivers exceptional feeding accuracy, stable high-speed operation, and superior die-cutting precision for modern packaging industries.
Additionally, the MY Series Servo Feeding Die-Cutting Machines are specially developed for high-grade color cartons, corrugated packaging boxes, laminated boards, paperboard products, and industrial packaging materials. As a result, manufacturers can achieve improved production efficiency, accurate sheet alignment, and stable high-volume industrial production performance.
The machine adopts advanced dual-servo feeding control technology, high-strength gripper bars, intelligent positioning systems, and precision intermittent mechanisms to ensure smooth paper transportation and highly accurate die-cutting performance even during continuous high-speed operation. Furthermore, the intelligent servo feeding system minimizes sheet deviation while improving corrugated board handling performance.
Its PLC intelligent automation system, human-machine interface operation, variable frequency motor control, pneumatic locking systems, and multiple safety sensors provide stable, safe, and efficient industrial operation. Additionally, the front and rear die-cutting pressure can be adjusted independently, while the optional no-gripper-margin function helps improve material utilization and reduce production waste.
With maximum operating speeds up to 6000 sheets per hour and support for thick corrugated boards up to 8 mm, the MY-1300H / MY-1500H / MY-1700H series has become an ideal die-cutting solution for large-format carton packaging manufacturers and industrial printing operations.
Key Features
- Advanced servo feeding system technology
- High-speed automatic die-cutting operation
- Dual-servo control for stable paper feeding
- High-precision intermittent mechanism
- Heavy-duty industrial machine structure
- PLC intelligent automation control
- Human-machine interface touchscreen system
- Variable frequency motor speed adjustment
- Pneumatic locking plate mechanism
- Independent front and rear pressure adjustment
- High-strength gripper bar system
- Front, side, and rear positioning systems
- Supports cardboard and corrugated boards up to 8 mm
- Optional no-gripper-margin die-cutting function
- Stable operation at high production speeds
- Multiple safety sensors and protection systems
- Suitable for large-format packaging production
- High feeding accuracy for corrugated sheets
- Smooth continuous industrial production performance
- Designed for premium carton and packaging industries
- High-speed carton converting capability
- Stable embossing and creasing performance
- Precision die-cutting for corrugated packaging
- Reliable heavy-duty industrial construction
- Improves production efficiency and material utilization
Technical Specifications
MY-1300H
- Maximum Paper Size: 1320 × 970 mm
- Minimum Paper Size: 500 × 400 mm
- Maximum Die Cutting Size: 1310 × 950 mm
- Maximum Die Cutting Pressure: 300N/cm²
- Cardboard Range: 120–2000 g/m²
- Corrugated Board Thickness: Up to 8 mm
- Maximum Die Cutting Speed: 6000 sheets/hour
- Maximum Feeding Pile Height: 1600 mm
- Maximum Delivery Pile Height: 1400 mm
- Total Power: 17 kW
- Total Weight: 17T
- Machine Dimensions: 6600 × 4500 × 3300 mm
MY-1500H
- Maximum Paper Size: 1520 × 1100 mm
- Minimum Paper Size: 500 × 420 mm
- Maximum Die Cutting Size: 1510 × 1090 mm
- Maximum Die Cutting Pressure: 300N/cm²
- Cardboard Range: 120–2000 g/m²
- Corrugated Board Thickness: Up to 8 mm
- Maximum Die Cutting Speed: 6000 sheets/hour
- Maximum Feeding Pile Height: 1700 mm
- Maximum Delivery Pile Height: 1500 mm
- Total Power: 24 kW
- Total Weight: 20T
- Machine Dimensions: 7000 × 4700 × 3300 mm
MY-1700H
- Maximum Paper Size: 1720 × 1260 mm
- Minimum Paper Size: 600 × 600 mm
- Maximum Die Cutting Size: 1710 × 1250 mm
- Maximum Die Cutting Pressure: 300N/cm²
- Cardboard Range: 120–2000 g/m²
- Corrugated Board Thickness: Up to 8 mm
- Maximum Die Cutting Speed: 5500 sheets/hour
- Maximum Feeding Pile Height: 1750 mm
- Maximum Delivery Pile Height: 1600 mm
- Total Power: 28 kW
- Total Weight: 24T
- Machine Dimensions: 7300 × 5000 × 3300 mm
Additionally, the machine is equipped with intelligent servo feeding systems and precision die-cutting mechanisms to ensure stable high-speed operation and accurate corrugated packaging production performance.
Applications
The MY-1300H / MY-1500H / MY-1700H Servo Feeding Die Cutting Machine is widely used for:
- Large-format carton die-cutting
- Corrugated box manufacturing
- Packaging box production
- Folding carton processing
- Industrial paperboard converting
- Corrugated packaging industries
- Heavy-duty carton production
- Embossing and creasing operations
- Commercial packaging printing
- Food packaging production
- Electronics packaging manufacturing
- Pharmaceutical carton processing
- Laminated corrugated board converting
- High-volume packaging operations
- Premium packaging applications
- Industrial printing and converting plants
Furthermore, the machine helps manufacturers improve die-cutting precision, increase production efficiency, and achieve superior corrugated packaging quality in industrial production environments.
Model Comparison
| Feature | MY-1300H | MY-1500H | MY-1700H | Recommended Alternative Model |
|---|---|---|---|---|
| Machine Type | Servo Feeding Die-Cutting Machine | Servo Feeding Die-Cutting Machine | Servo Feeding Die-Cutting Machine | MY-1700QP |
| Max Paper Size | 1320 × 970 mm | 1520 × 1100 mm | 1720 × 1260 mm | 1700 × 1200 mm |
| Max Die Cutting Size | 1310 × 950 mm | 1510 × 1090 mm | 1710 × 1250 mm | 1680 × 1180 mm |
| Max Speed | 6000 sheets/h | 6000 sheets/h | 5500 sheets/h | 5500 sheets/h |
| Max Pressure | 300N/cm² | 300N/cm² | 300N/cm² | 400N/m² |
| Corrugated Support | ≤ 8 mm | ≤ 8 mm | ≤ 8 mm | 1–8.5 mm flute board |
| Feeding Technology | Servo feeding | Servo feeding | Servo feeding | Lead edge feeding |
| Stripping Function | Optional | Optional | Optional | Full three-frame stripping |
| Total Power | 17 kW | 24 kW | 28 kW | 35 kW |
| Best For | Medium-large packaging | Heavy carton production | Large-format packaging | Full stripping corrugated production |
| Industry Use | Carton packaging | Corrugated packaging | Industrial packaging | High-speed stripping operations |
Why Choose the Servo Feeding Die Cutting Machine?
The MY Series provides an efficient and reliable solution for high-speed carton converting, corrugated board processing, and industrial die-cutting operations. Moreover, the machine combines intelligent servo automation, precision feeding technology, and heavy-duty industrial construction to ensure accurate and continuous production performance.
Additionally, the machine helps manufacturers improve die-cutting quality, reduce material waste, minimize labor dependency, and achieve superior packaging consistency. Therefore, it is an ideal die-cutting solution for corrugated carton manufacturers, industrial packaging facilities, and commercial printing industries.
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Frequently Asked Questions
What is the Servo Feeding Die Cutting Machine used for?
The machine is used for corrugated board processing, carton converting, embossing, creasing, and large-format packaging production applications.
Which materials are supported?
The machine supports cardboard from 120–2000 g/m² and corrugated boards up to 8 mm thickness.
Which industries use this machine?
It is widely used in corrugated packaging, carton manufacturing, food packaging, pharmaceutical packaging, industrial printing, and commercial packaging industries.
What are the advantages of a servo feeding die cutting machine?
Servo feeding die cutting machines improve feeding accuracy, increase production efficiency, reduce material waste, and deliver stable high-speed industrial packaging performance.