The CZXY innovative double-flute single-sided machine is more intelligent and faster in the production of corrugated cardboard

2025-05-23

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CZXY has launched a double-flute single-sided machine, rewriting the production logic of the industry with its "non-stop flute changing technology". This equipment breaks through the shackles of traditional cartridge single-sided machines that require shutdown for roller replacement, achieving instantaneous switching between AB corrugations, BC corrugations and other combinations. It helps increase the efficiency of high-speed corrugated Production Lines by more than 30%, providing the ultimate solution for flexible production in cardboard factories.

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The equipment is equipped with the "pioneering dual-flute type seamless switching system", which, through dual-channel independent temperature control and pressure compensation technology, can seamlessly switch flute types even during operation at 200 meters per minute. Its innovatively designed composite pressure roller group can simultaneously adapt to the memory function of two flute type parameters. During the mold change process, no waste paper is generated, reducing the raw paper loss by 15% compared with traditional equipment. Measured data shows that the daily downtime for roller changing can be reduced by 3 to 4 hours, and the annual increase in corrugated cardboard production exceeds 8 million square meters.

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This device enables the production line to truly achieve "dual functions with one machine". Customers can switch the flute type at any time according to their order requirements, which is particularly suitable for scenarios such as e-commerce packaging and home appliance logistics where the cardboard structure needs to be frequently adjusted.

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CZXY has provided intelligent production lines to over 50 countries around the world. The advent of the double-flute single-sided machine marks another breakthrough for the company in high-speed flexible manufacturing technology and will continue to drive the industry towards an intelligent and low-carbon direction.