Tecasa Launches "Jupiter" Round Press Die Cutting Machine

Tecasa, based in Spain, has won a lofty position in the corrugated box market worldwide thanks to its Jupiter-type round die-cutting machine, which has extremely high production efficiency and highly competitive machines. The die-cutting machine equipped with a vacuum-absorbing cardboard conveying system not only has a high-strength machine structure, an easy-to-learn operation process and a very high yield, but also has almost perfect registration accuracy in printing and die-cutting. The round press die cutting machine is unique.

When Tecasa introduced the "Jupiter" round press die cutting machine, it fully took into consideration the characteristics and customer feedback of the company's previous model machines in operation throughout the world in corrugated box factories. Therefore, the "Jupiter" round press die cutting machine has become a highly competitive machine without sacrificing the output and reliability that customers want. The main features of this machine include:

— The paper feeding system uses the leading edge paper feeding system produced by the United States Sun Automatic Company. This paper feed system is driven by a motor and controls the front, back, and lateral adjustments of the paperboard. The gears on the entire machine are hardened and have a very high precision and working life.

- The printing department adopting the bottom printing principle is equipped with a ceramic anilox roller and container type squeegee to evenly ink the ink supply system, thus ensuring a very high image print quality. The printing machine uses a vacuum suction cardboard conveying system over the entire working width of the machine to ensure accurate cardboard feeding, and the cardboard printing surface does not come into contact with any mechanical parts. At the same time, the vacuum adsorption area can be based on the width of the processed cardboard. Adjusted. The printing section also includes a motor driven and controlled register, and the operator can use the drive shaft positioning system to complete the height setting by visual recognition.

— The round die cutting section uses an anvil speed compensation system and lateral movement of the anvil and a rate adjustment system to ensure that the anvil has a uniform surface. Similarly, the die-cutting section includes a motor-driven and controlled register, and the operator can use the drive shaft positioning system to complete the height setting by visually identifying it.

- The "Jupiter" rotary die cutter can handle a wide range of paperboards, ranging from small corrugated to seven-layer corrugated board, and capable of processing board widths from 2400 to 3600 mm.