1. What Is an MP 1320 Flexible Automatic Die Cutting Machine?

An MP 1320 flexible automatic die cutting machine is an automatic flatbed or rotary die cutter with a maximum sheet or web width around 1320 mm (approximately 52 inches). The model code “1320” typically refers to the maximum working width, making this machine suitable for medium‑to‑large format packaging and label production.

The term flexible usually covers one or more of the following capabilities:

• Handling multiple materials (paperboard, corrugated, plastic, laminates, foam, thin metal foil, etc.).
• Quick changeover between jobs, dies and formats.
• Variable cutting pressure and precision adjustment.
• Integration with printing, laminating, slitting or foil stamping lines.
• Modular automation options such as stackers, waste removal and inline inspection.

The machine is automatic because it typically includes automatic feeding, registration, cutting, stripping and stacking systems controlled through PLC and servo drives. Automatic operation significantly improves productivity and consistency compared with manual or semi‑automatic die cutting systems.

2. Typical Applications of MP 1320 Flexible Automatic Die Cutting Machines

MP 1320 flexible automatic die cutting machines are used across many industries that require precise cutting and creasing of sheet or roll materials. Typical applications include:

• Folding carton packaging for food, cosmetics, pharmaceuticals and consumer goods.
• Corrugated boxes and displays in the logistics and retail sectors.
• Labels, stickers and tags for branding and identification.
• Flexible packaging layouts before lamination or finishing.
• Plastic cards, blister cards and specialty printed products.
• Gaskets, foam components and technical parts from non‑metallic sheets.
• High‑end marketing materials, greeting cards and stationery products.

The 1320 mm format offers a balance between high throughput and manageable footprint, making it popular in medium‑to‑large commercial printing and packaging plants.

3. Key Features and Advantages

Modern MP 1320 flexible automatic die cutting machines provide a combination of mechanical strength and intelligent automation. Below are the core advantages usually highlighted by manufacturers, suppliers and exporters:

3.1 Productivity and Throughput

• High cutting speed (often up to 6,000–9,000 sheets per hour depending on material and configuration).
• Automatic non‑stop feeding and delivery systems for long‑run production.
• Fast job changeover with preset recalls via operator touch screen.
• Reduced downtime through quick‑lock chase and die change mechanisms.

3.2 Precision and Quality

• Accurate sheet or web registration with servo‑controlled side and front lays.
• Precise cutting and creasing depth control to avoid cracking or incomplete cuts.
• Stable pressure across the 1320 mm width for consistent results.
• Optional inline inspection for detecting missing cuts, registration errors or print defects.

3.3 Flexibility for Different Materials

• Adjustable cutting pressure to accommodate thin paper, heavy board or multi‑layer laminates.
• Interchangeable tooling for cutting, creasing, embossing and kiss‑cutting.
• Capability to run coated and uncoated materials, corrugated, plastics, PVC, PET and more.
• Option to handle both sheet‑fed and roll‑fed workflows depending on configuration.

3.4 Automation and Smart Control

• PLC control with touch‑screen HMI for recipe management and diagnostics.
• Servo drives on key axes for synchronized motion and fast acceleration.
• Automatic lubrication and status monitoring for reduced manual intervention.
• Integration options for MES/ERP to gather production data and OEE metrics.

3.5 Cost Efficiency

• Reduced labor cost through full automation of feeding, cutting and stacking.
• Lower waste due to precise registration and repeatable performance.
• Optimized die layout across 1320 mm width to maximize yield per sheet.
• Compatibility with standardized tooling for lower tool investment cost.

4. Typical Technical Specifications (Reference)

The exact specifications of an MP 1320 flexible automatic die cutting machine depend on the design from a specific manufacturer or exporter. The following table provides a generic reference specification range often seen in the market:

When communicating with manufacturers, suppliers and exporters, always request the exact specification sheet, as each MP 1320 flexible automatic die cutting machine model will differ in speed, pressure and automation level.

5. Core Components and Working Principle

Although designs vary, most MP 1320 flexible automatic die cutting machines include similar functional modules. Understanding these helps buyers compare offers from different exporters and suppliers.

5.1 Feeding System

• Automatic suction feeder lifts sheets from a pallet and transfers them to the feed table.
• Pre‑pile system allows loading the next pallet while the machine is running.
• Side and front lays register the sheet position before it enters the cutting section.
• Some versions include double‑sheet detectors and skew sensors to avoid misfeeds.

5.2 Die Cutting Section

• Consists of a movable platen and a fixed chase holding the cutting die.
• The platen applies high pressure to press the sheet against the die, creating cuts and creases.
• Pressure and dwell time are adjustable to match different materials and die designs.
• Some systems allow quick change of the die frame to reduce setup time.

5.3 Stripping and Waste Removal

• Stripping station ejects waste portions of the sheet (skeleton) using pins and frames.
• Automatic waste conveyors can be added for bulk removal and recycling.
• For simple jobs, stripping may be omitted; blanks are separated offline.

5.4 Delivery and Stacking

• Finished blanks are transported to an automatic delivery station.
• Piles are built on pallets with jogger systems for alignment.
• Non‑stop delivery systems allow pallet exchange without stopping the machine.

5.5 Control and Safety

• PLC and HMI handle sequence control, setting management and error messages.
• Safety devices include emergency stop buttons, interlocked guards, light curtains and overload protection.
• Advanced machines may feature remote diagnostics and software updates via network connection.

6. Types and Configurations of MP 1320 Flexible Automatic Die Cutting Machines

Manufacturers, suppliers and exporters often offer different variants around the MP 1320 format. The main classifications are:

6.1 Flatbed vs Rotary

• Flatbed MP 1320 die cutting machines use a flat platen and flat die. They are common in folding carton and corrugated packaging due to high precision and strong cutting force.
• Rotary MP 1320 die cutting machines use cylindrical dies and are favored for high‑speed label and flexible packaging applications. The working width can still be around 1320 mm for wide webs.

6.2 Sheet‑Fed vs Roll‑Fed

• Sheet‑fed MP 1320 die cutters accept pre‑cut sheets from offset or digital presses.
• Roll‑fed MP 1320 die cutters process material from a web, often following flexo or gravure printing lines.

6.3 Basic, Standard and High‑Automation Models

• Basic models – fundamental automatic functions, manual adjustments, limited modules.
• Standard models – enhanced automation with stripping, automatic lubrication, improved HMI.
• High‑automation models – non‑stop logistics, robotic stack handling, inline inspection, network connectivity.

6.4 Additional Process Options

• Foil stamping and hologram modules for premium packaging.
• Embossing and debossing configurations.
• Kiss‑cutting mode for labels and adhesive products.
• Crease‑only or perf‑cut options for special converting work.

7. How to Choose an MP 1320 Flexible Automatic Die Cutting Machine

When comparing MP 1320 flexible automatic die cutting machines from different manufacturers, suppliers and exporters, consider the following criteria:

7.1 Production Requirements

• Daily/Monthly volume – required throughput determines speed and automation level.
• Job mix – long runs vs frequent short runs influence changeover requirements.
• Material range – if cutting thick corrugated and thin paper on the same line, flexibility is critical.

7.2 Technical Specifications

• Check max/min sheet size against your printing press format.
• Verify cutting pressure is sufficient for your heaviest material.
• Review registration accuracy tolerance, especially for high‑end graphics.
• Confirm changeover time (tooling, job presets, makeready steps).

7.3 Automation Level

• Evaluate whether automatic stripping is necessary or manual removal is acceptable.
• Determine if non‑stop feeder and delivery are required for your production workflow.
• Consider integration with upstream printing and downstream folding‑gluing equipment.

7.4 Reliability and Maintenance

• Ask for information about frame construction, bearing quality and drive systems.
• Review recommended maintenance schedules and ease of access to components.
• Investigate availability of spare parts and service support in your region.

7.5 Total Cost of Ownership (TCO)

• Compare not only purchase price but also energy consumption, tooling costs and labor requirements.
• Estimate setup waste and scrap rates based on machine accuracy and stability.
• Consider training and learning curves for operators.

7.6 Compliance and Certifications

• Machines may need to satisfy CE, UL, CSA or other regional safety standards.
• Check if the supplier provides documentation for risk assessment and machine safety.
• For food and pharma packaging, confirm that materials in contact with product areas meet hygienic standards.

8. Comparing Offers from Manufacturers, Suppliers and Exporters

Because many global manufacturers and trading companies offer MP 1320 flexible automatic die cutting machines, buyers should compare not only technical data but also commercial and logistical aspects.

8.1 Technical Comparison Checklist

• Machine type: flatbed or rotary, sheet‑fed or roll‑fed.
• Maximum speed and sustainable speed under typical jobs.
• Maximum cutting pressure and material thickness range.
• Automation features: stripping, waste conveyor, non‑stop feeder/delivery, inspection.
• Control system brand (PLC, servo motors, HMI components).
• Level of software support: remote diagnostics, recipe management, data export.

8.2 Commercial Terms

• Price breakdown for base machine and each optional module.
• Incoterms such as EXW, FOB, CIF, DAP or DDP.
• Payment terms: LC, T/T, down payment and balance milestones.
• Warranty duration and coverage details.

8.3 Logistics and Installation

• Lead time for manufacturing and shipping.
• Required space and foundation conditions in your plant.
• Responsibility for unloading, positioning and alignment.
• Availability of on‑site commissioning and trial production support.

8.4 After‑Sales and Training

• Operator and maintenance training programs.
• Response time for service calls and remote support.
• Stock of critical spare parts and consumables.
• Software updates and upgrade path for future automation needs.

9. Installation, Operation and Maintenance Considerations

Proper installation and maintenance of an MP 1320 flexible automatic die cutting machine are essential for long‑term productivity and safety.

9.1 Site Preparation

• Ensure adequate floor strength to support the machine’s weight.
• Provide sufficient space for feeding, delivery and maintenance access.
• Plan efficient material flow: pallets in, waste out, blanks to next process.
• Check that electrical power and compressed air match the machine’s requirements.

9.2 Installation and Commissioning

• Level the machine precisely to maintain cutting accuracy.
• Align feeder and delivery systems with the main frame.
• Verify all safety devices and interlocks before production.
• Run test jobs with standard materials to stabilize settings.

9.3 Daily Operation

• Use standard operating procedures (SOPs) for feeding, job setup and shutdown.
• Monitor key indicators such as cutting quality, waste level and noise.
• Keep the work area clean to avoid dust and debris affecting sensors and motions.
• Rotate operators through training to avoid dependence on a single person.

9.4 Routine Maintenance

• Follow the lubrication schedule for bearings, chains and gears.
• Check wear on gripper bars, chains and guides.
• Inspect safety devices regularly to ensure functionality.
• Maintain updated logs of maintenance activities and machine hours.

10. Safety and Regulatory Aspects

Because MP 1320 flexible automatic die cutting machines operate with high pressure and moving parts, safety is a critical concern.

10.1 Mechanical Safety

• Guard all pinch points and moving mechanisms with interlocked covers.
• Install emergency stop buttons at accessible locations around the machine.
• Ensure over‑pressure protection to prevent mechanical failure.

10.2 Electrical and Control Safety

• Use compliant electrical components and wiring according to regional standards.
• Implement safety PLC or relays for emergency circuits where required.
• Regularly test emergency stops, light curtains and door switches.

10.3 Operator Training and Procedures

• Train all operators on safe startup, running and shutdown procedures.
• Provide lockout‑tagout protocols for maintenance personnel.
• Display clear warning labels and safety instructions near hazard areas.

11. Common FAQ About MP 1320 Flexible Automatic Die Cutting Machines

11.1 What does “MP 1320” specifically mean?

In most product lines, “1320” refers to the maximum working width of 1320 mm. The “MP” prefix is a model or series code used by the manufacturer to designate a family of flexible automatic die cutting machines.

11.2 Can an MP 1320 machine cut both paperboard and corrugated board?

Yes, many MP 1320 flexible automatic die cutting machines are designed to handle both solid board and corrugated materials, as long as their thickness falls within the specified range. However, buyers should verify the maximum flute type and thickness with the supplier.

11.3 How fast can an MP 1320 flexible automatic die cutting machine run?

Typical maximum mechanical speed ranges from 4,000 to 9,000 sheets per hour. Actual productive speed depends on material type, die complexity, stripping requirements and operator proficiency.

11.4 Do all MP 1320 machines include automatic stripping?

No. Some models are supplied as basic die cutters without integrated stripping, while others include automatic stripping or even blanking modules. Buyers should confirm this when requesting quotations.

11.5 What is the difference between flexible and standard die cutting machines?

A flexible automatic die cutting machine typically offers improved changeover features, adjustable parameters, multi‑material capability and modular automation options, allowing it to handle a wide variety of jobs with minimal downtime. A more standard machine may be optimized for a narrower range of materials and applications.

12. Sample Specification Comparison Table

The table below shows an example of how buyers might compare different MP 1320 flexible automatic die cutting machine offers. Values are illustrative, not tied to any specific company.

13. Checklist for Requesting Quotations from MP 1320 Die Cutting Machine Suppliers

To obtain comparable quotations from different manufacturers, suppliers and exporters, prepare a detailed checklist including:

• Required max/min sheet size and material thickness.
• Typical materials (e.g., 300–400 gsm folding carton, E‑flute corrugated, PET 0.3–0.5 mm).
• Target production volume (sheets/year) and typical job lengths.
• Required processes (die cutting, creasing, embossing, stripping, blanking, foil stamping).
• Preferred automation level and integration with existing lines.
• Space constraints and maximum acceptable machine footprint.
• Power supply details and factory infrastructure.
• Any regional safety or certification requirements.
• Expectations regarding delivery time, warranty and training.

Providing this information in advance allows manufacturers and exporters to configure a suitable MP 1320 flexible automatic die cutting machine and give accurate pricing.

14. Future Trends in MP 1320 Flexible Automatic Die Cutting Technology

The market for MP 1320 flexible automatic die cutting machines continues to evolve. Key trends include:

• Higher automation with robotic handling, automated plate changing and predictive maintenance.
• Integration with digital printing to handle short‑run, variable data packaging using quick‑change dies and software‑driven setups.
• Energy efficiency improvements through optimized drives, regenerative braking and smart standby modes.
• Data connectivity allowing real‑time monitoring of performance, remote support and integration with Industry 4.0 platforms.
• Eco‑friendly design focused on reducing waste, noise and environmental impact.

15. Conclusion

An MP 1320 flexible automatic die cutting machine is a strategic investment for packaging converters, printers and manufacturers that require reliable, high‑precision cutting and creasing across a wide range of materials. By understanding the core features, technical specifications, automation options and safety considerations, buyers can effectively evaluate offers from global manufacturers, suppliers and exporters.

When selecting a specific MP 1320 flexible automatic die cutting machine, attention should be given to production requirements, total cost of ownership, service capability and future scalability. With the right configuration, an MP 1320 machine can significantly increase productivity, improve product quality and support long‑term growth in competitive packaging and printing markets.