Double Stations Flatbed Label Die-cutting Machine with Roll to Roll or Roll to Sheet

The Middle Speed Double Stations Flatbed label die cutting machine (Model: HMQ-320PS) is a versatile and highly efficient solution designed for die-cutting paper self-adhesive labels, film labels, and laser anti-counterfeiting labels. With its advanced technology and dual-station capability, this machine is perfectly suited for high-volume label production, ensuring precision and speed in various applications.

Key Features

Dual Die-Cutting Stations: The HMQ-320PS comes equipped with two die-cutting stations—one dedicated to hot stamping and the other for die cutting. This dual functionality allows for seamless transitions between different processes, maximizing productivity and reducing downtime.

Compatibility with Multiple Printing Machines: This machine is the best match for a range of high-speed printing technologies, including full rotary high-speed reel label printing machines, flexo printing machines, continuous screen printing machines, gravure printing machines, and anti-counterfeiting label molding machines. Its versatility makes it an ideal choice for various printing plants.

Efficient Waste Management: The waste rewinding device includes a magnetic clutch and a separate motor, allowing for efficient waste removal during the die-cutting process. This feature ensures a clean working environment and reduces material loss.

Advanced Material Handling: The HMQ-320PS features a 3” air shaft for both unwinding and rewinding, which enhances material handling efficiency. The incorporation of photoelectric sensors allows for precise correction of material offset movement, ensuring consistent quality in production.

Color Mark Tracking Sensor: Equipped with a color mark track sensor, the machine can accurately track pre-printed materials, making it ideal for applications requiring high precision in alignment and positioning.

User-Friendly Control System: The machine is controlled via a PLC system with a touch screen interface, allowing for easy operation and monitoring of the die-cutting process. This user-friendly design minimizes training time and enhances operational efficiency.

Servo Motor Control: The HMQ-320PS employs servo motor technology to control material dragging, ensuring precise and stable movement during operation. This level of control contributes to the overall accuracy and quality of the die-cutting process.

Ideal Applications

The HMQ-320PS is particularly well-suited for:

Trademark Printing Plants: Its dual-station functionality and compatibility with various printing technologies make it the go-to choice for businesses involved in trademark label production.

Electronics Industry: The machine’s precision die-cutting capabilities are ideal for producing labels used in the electronics sector, where accuracy and quality are paramount.

Adhesive Tape Product Industry: The HMQ-320PS is designed to meet the specific needs of the adhesive tape industry, providing reliable and efficient die-cutting solutions.

Additional Functionalities

The HMQ-320PS can be further enhanced with several optional features:

Hot Stamping Unit: Add a hot stamping unit for enhanced visual appeal and branding opportunities.

Lamination Device: Incorporate a lamination device to protect labels and extend their lifespan.

Hole Punching System: This machine can be equipped with a hole punching system for both sides or in the middle, adding versatility to the production process.

Conclusion

In summary, the Middle Speed Double Stations Flatbed Label Die Cutting Machine (Model: HMQ-320PS) is a cutting-edge solution for businesses seeking high efficiency and precision in label production. With its advanced features, dual-station capability, and compatibility with various printing technologies, this machine stands out as a reliable choice for diverse industries. By choosing the HMQ-320PS, you are investing in a robust, flexible, and high-performance die-cutting solution that enhances your production capabilities and drives your business forward.