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TYMK-750/930/1100 Foil Stamping and Die Cutting Machine

TYMK-750/930/1100 Foil Stamping and Die Cutting Machine

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TYMK-750/930/1100 Foil Stamping and Die Cutting Machine


    • Commodity name: TYMK-750/930/1100 Foil Stamping and Die Cutting Machine

    TYMK-750/930/1100 Foil Stamping and Die Cutting Machine

    ●  Main Specifications:

     

    Model

    TYMK-750

    TYMK-930

    TYMK-1100

    Max. Platen Area Available

    750×520mm

    930×670mm

    1100×800mm

    Max. Stamping Area Available

    660×480mm

    930×640mm

    1100×800mm

    Range of Skip Order

    Built in Processing with Computer

    Working Pressure

    150T

    170T

    220T

    Foil-delivered Length

    520mm

    640mm

    800mm

    Adjustment Range of Temperature

    1-199℃

    Foil-delivered Group

    2 groups

    3 groups

    3 groups

    Working Speed

    1600 Strokes/Hour

    1320 Strokes/Hour

    1200 Strokes/Hour

    Times of Skip

    1-99

    Resolution of Foil Feeding

    1mm

    Main Motor Power

    2.2kw-6H

    4kw-6H

    4kw-6H

    Total Power

    7kw

    13kw

    16kw

    Net Weight

    2200kg

    3500kg

    4700kg

    Dimension

    1900×1450×1950mm

    1900×1800×2150mm

    2150×2150×2300mm

     

  • ●  Applications and Characters

    TYMK-750/930/1100 Foil Stamping and Die Cutting Machine is a kind of special equipment used for thermo-printing and creasing various products, such as cardboard, leather and plastic etc. It is suitable for thermo-printing various paper products with electrochemical aluminum and also used as a creasing and cutting machine for mould cutting and creasing cardboard cases and boxes.

    Concave- convex thermo- printing of various high-grade and fine printed products can also be conducted on this machine for obtaining stereoscopic exquisite and beautiful packing and decorating products. The machine is controlled by a chip microprocessor, with the foil-feeding rubber roller of electrochemical aluminum driven by the separately set length and leapfrog parameters to make the most effective using of electrochemical aluminum. The purpose of this model is to ensure that the system runs stably and reliably so that the machine can be maintained by anybody.

     

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