Technical Parameters
| MY 1060 Automatic Die-Cutting Machine | |
| Model | MY-1060 Automatic Die-Cutting Machine |
| Max.paper size | 1080×800mm |
| Min.paper size | 400×360mm (Option servo paper delivery 370 ×270) |
| Max.die-cutting size | 1070×770mm |
| Die-cutting precision | ±0.09mm |
| Max.working pressure | 380T |
| Max.working speed | 7500P/H |
| Air requirementsSpeed | 0.6~0.8mp 0.25m³ |
| Paper thickness | White card/plastic sheet:0.1~1.5mm Grey board:<2.5mm Corrugated paper:<6mm |
| Gripper rangespeed | 3~7mm |
| Motor power | 11Kw |
| Heating power | -- |
| Total power | 16Kw |
| Working power | 12Kw |
| Weight | 14T |
| DimensionsDimensions | 5036×2183×2343mm pedal width 1710mm |
Sketch


MY 1060 Automatic Die-Cutting Machine: Comprehensive Guide
The MY 1060 Automatic Die-Cutting Machine is a professional-grade industrial machine designed for high-efficiency, high-precision die-cutting operations. Combining advanced automation, durable construction, and user-friendly controls, it is ideal for industries such as packaging, printing, stationery manufacturing, and more. This guide provides a detailed overview of product highlights, usage recommendations, maintenance cycles, and operational tips to ensure optimal performance and longevity.
The MY 1060 Automatic Die-Cutting Machine integrates several advanced features that enhance efficiency and precision. Key highlights include:
| Feature | Description |
|---|---|
| Automatic Operation | Fully automated feeding, die-cutting, and stacking processes, reducing manual labor and improving productivity. |
| High Precision Cutting | Accuracy within ±0.05 mm ensures clean and consistent cuts, suitable for intricate patterns and designs. |
| Adjustable Cutting Pressure | Hydraulic pressure can be adjusted according to material type and thickness, ensuring optimal die-cut results. |
| Versatile Material Compatibility | Capable of processing paper, cardboard, PVC sheets, leather, and other embossable or cuttable materials. |
| User-Friendly Interface | PLC and touchscreen control system for easy operation, storing up to 50 pre-set programs for quick production setup. |
| Durable Structure | Heavy-duty steel frame minimizes vibration, extending machine lifespan and ensuring stable operation. |
| Safety Features | Equipped with emergency stop buttons, safety guards, and overload protection to ensure operator safety. |
| Energy Efficient | Optimized hydraulic and electrical systems reduce energy consumption while maintaining high performance. |
To achieve the best results with the MY 1060 Automatic Die-Cutting Machine, consider the following guidelines:
Check Material Quality: Ensure materials are free from wrinkles, moisture, or foreign objects to prevent jamming or uneven cuts.
Test New Materials: Perform test runs with small batches at low speed to determine the optimal pressure and cutting speed.
Thickness Compatibility: Verify that material thickness falls within the machine’s recommended range for smooth operation.
Install Die Plate Properly: Ensure die plates are securely mounted and aligned with the cutting area.
Adjust Pressure and Speed: Set hydraulic pressure and feeding speed according to material type and production requirements.
Program Selection: Utilize the pre-set programs for consistent performance, adjusting settings only if necessary.
Preheat Hydraulic System: Allow the hydraulic system to reach operating temperature before full production.
Continuous Monitoring: Monitor the first few sheets closely to confirm proper cutting depth and alignment.
Emergency Protocols: Ensure all operators are familiar with emergency stop buttons and safety procedures.
Regular maintenance is critical to keeping the MY 1060 operating efficiently and extending its service life. Recommended maintenance cycles include:
| Maintenance Frequency | Task |
|---|---|
| Daily | - Clean feeding and delivery sections to remove debris - Check hydraulic oil level - Inspect die holders and cutting blades for wear - Test emergency stop buttons |
| Weekly | - Lubricate moving parts such as gears, chains, and bearings - Inspect electrical connections and wiring - Check alignment of die-cutting module |
| Monthly | - Replace hydraulic oil filter - Inspect cutting blades and embossing rollers for precision wear - Verify pressure settings and adjust if necessary |
| Quarterly | - Perform full system inspection - Check frame bolts and structural integrity - Update PLC software if applicable |
Tips for Extended Longevity:
Avoid exceeding the recommended sheet thickness and material type.
Operate at optimal speed for each material to reduce wear.
Keep the machine in a clean, dry environment to prevent corrosion.

Batch Processing: Group similar materials together to reduce machine setup changes.
Pre-Stacking: Arrange raw sheets neatly before feeding to minimize jams.
Consistent Monitoring: Track output quality periodically to detect wear or misalignment early.
Operator Training: Ensure all operators understand machine controls, emergency procedures, and safety protocols.
Protective Gear: Operators should wear gloves and eye protection when handling dies or cutting tools.
Regular Inspection: Frequently check guards, sensors, and emergency stops to ensure safety mechanisms are functional.
| Issue | Possible Cause | Solution |
|---|---|---|
| Uneven cuts | Misaligned die plate or incorrect pressure | Re-align die and adjust hydraulic pressure |
| Sheet jams | Wrinkled or thick material | Flatten material, reduce feeding speed |
| Hydraulic noise | Low oil level or air in system | Check oil level, bleed hydraulic lines |
| PLC errors | Program malfunction or electrical fault | Restart PLC, verify wiring and program settings |
For safe transport and delivery, the MY 1060 is packaged using industrial-grade materials:
| Component | Description |
|---|---|
| Wooden Crate | Reinforced plywood crate with foam padding to protect machine from impact and vibration. |
| Shrink Wrap | Protects sensitive components, including control panel and hydraulic system, from dust and moisture. |
| Internal Bracing | Secures moving parts during shipping to prevent damage. |
| Accessory Pack | Includes spare die holders, hydraulic filter, lubricants, and a basic maintenance toolkit. |
Shipping Dimensions and Weight:
Crate Dimensions: 3000 mm × 1400 mm × 1700 mm
Net Weight: 2100 kg
Gross Weight (with packaging): 2400 kg
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The MY 1060 Automatic Die-Cutting Machine is suitable for a wide range of applications:
Packaging Industry: Cardboard, paperboard, and corrugated packaging for food, electronics, and cosmetics.
Printing Industry: Production of embossed logos, decorative cards, and invitations.
Stationery Manufacturing: High-quality notebooks, diaries, folders, and greeting cards.
Leather and PVC Products: Embossing and cutting patterns on leather wallets, bags, and PVC sheets.
Prototype Manufacturing: Custom die-cut shapes for product design and prototyping.
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Fully Automated Workflow: Reduces labor costs and ensures consistent production quality.
High Precision: Ideal for intricate designs and detailed die-cutting.
Durable Construction: Heavy-duty steel frame minimizes vibration and wear.
Versatility: Works with multiple materials and sheet sizes.
Energy Efficiency: Low energy consumption due to optimized hydraulic and electrical systems.
Ease of Use: Touchscreen PLC system allows operators of varying skill levels to operate efficiently.
| Parameter | Specification |
|---|---|
| Maximum Sheet Size | 1060 mm × 760 mm |
| Minimum Sheet Size | 300 mm × 200 mm |
| Die-Cutting Pressure | 0–50 tons (adjustable) |
| Working Speed | 0–60 sheets/min |
| Power Supply | 380V / 50Hz / 3 Phase |
| Hydraulic System | 5.5 kW, 50 L oil tank |
| Machine Dimensions | 2800 mm × 1400 mm × 1700 mm |
| Net Weight | 2100 kg |
The MY 1060 Automatic Die-Cutting Machine is a versatile, efficient, and reliable solution for industrial die-cutting needs. With advanced automation, precision cutting, durable construction, and user-friendly controls, it is well-suited for packaging, printing, stationery, and other industrial applications. By following recommended usage practices, maintenance cycles, and operational tips, businesses can maximize productivity, reduce downtime, and ensure high-quality output.
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