Turnkey Can Making Machine Production Line

Can Body Making Machine TCM-150-500

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  • Can Body Making Machine TCM-150-500

    CATEGORY AND TAGS:
    Can Body
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    • Specifications
    • How it Works
    • Key Features

    Technical Specifications

    Model TCM150-500
    Capacity 48-58CPM
    Tin Plate Length 100-500mm
    Tin Plate Width 40-220mm
    Tin Plate Thickness 0.0-0.23mm
    Can Body Diameter 30-155mm
    Power Supper 380V 50HZ 3PH
    Motor Power 4.2KW
    Overall 1680mm(L) x 1250mm(W) x 1750mm(H)
    Weight 2000KGS(Approx)

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    Basically, tin can body making machine is a totally modified automatic can body lock seam machine which fuses distinctive processes at the same time. The key essential advances that the machine does include blank feeding, top and bottom-end pre-curling, notching, groove making, forming and lock seaming. Moreover, top curling and bottom flanging ought to be conceivable when required.

    The machine utilizes a cutting edge innovation to guarantee the whole can body making process is performed consequently. It's intended to make the ideal round, rectangular, cubic and different types of irregular can bodies.

    Importantly, the blank used by this impeccable can making machine has the following precise measurements.

    • Length that ranges between 100mm to 500 mm
    • Width ranging from 40mm to 220 mm
    • Thickness of up to23 mm

    When it comes to the actual can manufacturing, the blank of precise length and width that fits one can body which was previously made in the shearing step is physically loaded onto a platform by the operator. There is a sensor which always controls the platform to move up and down automatically.

    The blanks are then sucked in one by one by the pneumatically operated sucking discs.  They are then coordinated into engine driven roller feed set.

    This ground-breaking Roller feed machine set contains rollers which performs the following functions:-

    • Pre-curling the top-end inwards to facilitate top curling
    • Pre-curling the bottom end outwards to allow easier flanging

    By then, the blanks are then sent to reciprocating feeding mechanism by two press bars that are always pneumatically operated. From here, they are directed into the notching station by the feeding mechanism where notching of the four corners is done permitting simpler lock seaming in the next activity.

    The next goal for the notched blanks is achieved in the groove making station. At this station, an accurate narrow hook is made on both the right and left ends of the blank. This will allow side seaming in the coming steps.

    The last advance made by the machine is Forming and Lock Seaming.  At this station, the blanks are bent by the hold down bars.

    After the hooks are squeezed and pressed hard, a complete can body is framed and launched out of the machine in a synchronized way.

    For seaming, a roll of seamers are put into vigorous action that allows tight shutting of the bottom to the can body.

    • Machine outline is made out of strong Cast Iron that is encased with tempered steel sheathing. This is secured to the tubular casing making the machine solid, enduring and reliable.
    • Low maintenance cost is brought about as the mechanical transmission framework is splendidly intended to last more.
    • Combination of the many steps: blank feeding, pre-curling, notching, edging folding and lock seaming into one spares no less than 4 workers, hence an ideal answer to  less power usage.
    • The equipment’s framework creates a considerable measure of room space.
    • The machine's working is totally modified with high viability. It has an astonishing capacity of making up to 58 jars for consistently every one minute.
    • Distinctive can shapes and sizes can be made by the machine by basically changing the tooling.
    • Demanding alterations are empowered by the PLC control and contact screen HMI interface.
    • Easier adjustments are enabled by the PLC control and touch screen HMI interface.
    • It has a Fault Diagnosis structure which shields machine from any damage.
    • It has a perfect Fault Diagnosis framework which shields machine from harm.
    • It has Lubricant framework that works naturally.
    • It has an exact alarm that is modified to work automatically.
    • It has an accurate alarm that is programmed.
    • This tin can making machine can work autonomously or can be melded into your present line.

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