Automatic CNC Jump Cutting Machine

Abstract

The invention discloses a full-automatic numerical control jump cutting machine which comprises a machine body, a transmission mechanism, a main motor, a pressurizing mechanism and an upper die base. A jump cutting platform is arranged on a bottom plate of the machine body. A tool ejecting mechanism is arranged on the bottom plate and corresponds to the jump cutting platform. Therefore, firstly, the vertical position of the upper die base is adjusted slightly through matching of a servo motor, a turbine and a worm, so that electric pressurization and numerical control automatic operation are realized, manual adjustment and pressurization are eliminated, and the operation is convenient and flexible; secondly, the parallelism between the jump cutting platform and the upper die base is adjusted slightly through matching with the tool ejecting mechanism, so that accurate positioning is realized, the stability is better, and high-precision machining of all-cut or half-cut large-width materials and specialty materials (thick) for both coiled materials and sheet materials can be realized; thirdly, due to the arrangement of a clutch, a common motor can be used as the main motor, so that the cost is lower, the speed is faster, the ton force is larger, and the materials can be cut off more easily.

Description

technical field

[0001] The invention relates to the technology in the field of jump cutting processing equipment, in particular to a fully automatic numerical control jump cutting machine. Background technique

[0002] Jump-cut processing technology is widely used in medical, automotive, electronics, electrical appliances, and product manufacturing fields, especially in the field of planar manufacturing, where jump-cut processing is more widely used.

[0003] The traditional large-scale jumping cutting machine does not have the condition of electric pressure. It generally ensures its accuracy by adjusting the parallelism between the tool and the platform during the assembly process. The operation of the equipment is extremely cumbersome, inflexible, and inconvenient. The equipment cannot be fully automated to pressurize and fine-tune the parallelism between the jumping cutting platform and the upper die base, which makes it unsuitable for high-precision full-cut and half-cut...

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