1060×760mm Format Up To 7500 Sheets/Hour CE/ISO Certified Ideal For Carton & Box Production

■ Given the inherent flaws of cast wallboards—specifically their insufficient tensile strength and susceptibility to deformation—this machine abandons that design in favor of steel wallboards, a design approach modeled after high-end Japanese machinery. This strategic shift significantly boosts tensile strength (i.e., cutting pressure), rendering the machine's structure far more robust and durable while completely eliminating any risk of deformation.
■ Through the integration of automatic pressure adjustment and automatic front lay adjustment functions, this machine has undergone a comprehensive upgrade, thereby elevating it to the ranks of high-end machinery. The addition of these features transforms the unit into a smart, digitized device characterized by user-friendly operation, superior performance, and exceptionally rapid control response.
■ The machine's lubrication system employs a Taiwanese-manufactured oil pump to facilitate forced lubrication, thereby effectively minimizing component wear. Additionally, an oil cooler has been installed to regulate the temperature of the lubricating oil, and the main drive chain is subject to scheduled lubrication, all of which collectively result in a substantial improvement in operational efficiency.
■ An innovative drive mechanism enables high-speed die-cutting operations. Furthermore, a high-precision oscillating toggle platform design significantly enhances make-ready efficiency (even enabling "make-ready-free" operation), thereby completely resolving the persistent challenge of pressure imbalance that plagues most conventional die-cutting machines.
■ The pneumatic chase-locking mechanism allows for the upper chase to be secured with greater speed and firmness. In this specific model, pneumatic locking is applied simultaneously across all four directions—front, rear, left, and right—ensuring unparalleled precision and efficiency in chase locking; in contrast, standard die-cutting machines typically still rely on manual bolt tightening.
■ The gripper chain (feed chain) is sourced from Germany; this not only guarantees an exceptionally long service life but also ensures that die-cutting precision remains consistently stable and at a high standard.
■ The core transmission components feature an intermittent drive mechanism manufactured in Taiwan. This mechanism significantly boosts both die-cutting speed and precision while effectively reducing operational noise levels; its exceptional performance in terms of speed and precision currently remains unmatched by any domestic counterparts.
■ The machine is equipped with a torque limiter featuring an overload protection function. Should any form of overload occur, the driving and driven components will automatically disengage, thereby ensuring the absolute operational safety of the machine. Furthermore, the equipment is fitted with pneumatic clutches and brakes imported from Italy (equipped with rotary joints), the performance specifications of which fully comply with European industry standards. This assembly offers significant advantages, including rapid response, powerful and stable torque, a long service life, and low operational noise.

• One-time stripping system removes all excess paper scraps and waste in a single operation (except retained edge portions). Four-sided waste removal (optional)
• Upper, lower, and middle die cam three-link transmission system operates stably, coordinately, and precisely, suitable for high-power, fast loading, unloading, and calibration
• Pneumatic lifting stripping frame with central positioning device enables easy operation and reduced preparation time
• Pre-assembly platform with central positioning device for convenient installation of stripping plate
• Rationally designed stripping process effectively solves problems such as slow speed and plate displacement

• Timed and controlled lubrication for optimal performance
• Closed-loop forced-injection lubrication system with filtration
• Reduced maintenance and extended equipment lifespan
• Improved overall machine performance and stability