A corrugated box forming machine with intelligent cutter

Abstract

The invention discloses a corrugated carton forming machine with intelligent cutters. The machine comprises a frame (1), a longitudinal wire pressing driving mechanism, a first transverse grooving and wire pressing mechanism, a second transverse grooving and wire pressing mechanism and an intelligent cutter system; the longitudinal wire pressing driving mechanism, the first transverse grooving and wire pressing mechanism, the second transverse grooving and wire pressing mechanism and the intelligent cutter system are respectively mounted on the frame (1); and cutters and wire pressing cutters of the intelligent cutter system are respectively mounted on the longitudinal wire pressing driving mechanism, the first transverse grooving and wire pressing mechanism and the second transverse grooving and wire pressing mechanism. Compared with the prior art, the machine can realize random paperboard size adjustment, breaks through influence on the carton forming size change range by traditional mechanical structure limitations, is shorter in order replacement time, is basically zero of the order cutter mold replacing cost, is higher in operation speed due to continuous rotating work, and can reach the cutter roller operation linear speed of 400 m / min.

Description

technical field [0001] The invention relates to the technical field of carton production equipment, in particular to a corrugated carton forming machine with an intelligent cutter. Background technique [0002] There are many types of traditional carton forming equipment, including flat die-cutting machines, automatic slotting die-cutting machines, laser forming machines and other different types of forming equipment. Due to the limitation of mechanical structure and forming principle, these equipments have the problem of maximum carton size requirement and bottleneck of production efficiency. For example, the flattening specification of 1620 can only make cardboard with a maximum size of 1600mmx2000mm. The template needs to be replaced during the order switching process. The process of replacing the template means an increase in cost and order change time. After the traditional slotting die-cutting machine is limited in specification, it can only make cartons of a specific...

AI Technical Summary

Problems solved by technology

Due to the limitation of mechanical structure and forming principle, these equipments have the problem of maximum carton size requirement and bottleneck of production efficiency.

For example, the flattening specification of 1620 can only make cardboard with a maximum size of 1600mmx2000mm, and the template needs to be replaced during the order switching process. The process of replacing the template means an increase in cost and order change time.

After the traditional slotting die-cutting machine is limited in specifications, it can only make cartons of a specific size. After exceeding the maximum limit, a new model needs to be reconfigured. From the perspective of customer investment, it means greater investment in equipment.

The efficiency of laser forming machines and related template-free box-forming equipment is generally low, generally 2-20 boxes / minute, which cannot meet the needs of customers for mass production

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