High speed straight cuff machine

Abstract

The invention discloses a high-speed straight cuff machine, and relates to the technical field of packaging. The machine comprises a working bracket. The outer wall of the working bracket is fixed toa plurality of sealing plates, the middle of the outer wall of the working bracket is fixed to a fixed horizontal plate. An auxiliary column is embedded on the top two sides of the fixed horizontal plate, an operation panel is arranged on the front side of the auxiliary column, and a cutting lift slider is slidably arranged on the inner side of the auxiliary column near the top. By arranging a cutting lifting slider, a buffer bar, a buffer spring and a descending plate, the high-speed straight cuff machine can ensure that a cutting beam does not rise excessively while rising, and causing collisions with other parts. The machine improves the working stability of the device. By arranging a cutting table, a lifting screw rod, a reset spring and a reset rod, the machine can realize the rapid adjustment and buffering of the cutting table, avoiding direct contact between a blade and the cutting table, causing the problem of damage to packaging plastic. The working continuity of the device isimproved.

Description

technical field [0001] The invention relates to the technical field of packaging, in particular to a high-speed straight-feed cuff machine. Background technique [0002] Assembly line overall production and packaging, used in food, medicine, daily chemical, hardware, lighting, furniture and other industries (bag, bottle) filling (filling), sealing machine, coding, mainly including: liquid (paste) Body) filling machine, pillow packaging machine, horizontal packaging machine, vertical packaging machine, powder granule packaging machine, bag-feeding automatic packaging machine, frozen product automatic packaging machine, etc. [0003] For the particularity of packaging, manufacturers often choose equipment with high work efficiency, but the existing equipment is often packaged in the way of single-sided winding. On the one hand, the packaging efficiency of this method is not high, on the other hand, this kind of The structure of the packaging is very prone to loopholes, result...

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Problems solved by technology

[0003] For the particularity of packaging, manufacturers often choose equipment with high work efficiency, but the existing equipment is often packaged in the way of single-sided winding. On the one hand, the packaging efficiency of this method is not high, on the other hand, this kind of The structure of the packaging is very prone to loopholes, resulting in product damage during transportation. Secondly, in the actual use of the existing cutting structure, existing users pre-adjust the control by themselves. Therefore, during the debugging process, it is very likely that This will lead to collisions between props and other components. Secondly, when cutting existing products, the packaging plastic will often break, requiring manual re-bonding of the packaging plastic. Long-term use will easily lead to a decrease in packaging efficiency and poor work stability. , is not conducive to the rapid packaging of products

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