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Drum Unit

    • ·By making the drum a separate unit, conveyor frame manufacturing accuracy does not affect filtering capacity.
    • ·The rotating parts are installed in the bearing units, so that the machine can be durable for hours operation with no problem whatsoever.
    • ·A combined main and cleaning shaft ensures that the drum always rotates in a concentric circle.
    • * Thus ensure uniform net cleaning and filtering together.
    • ·Maximizing the effective drum filtering area with surface lowers filter flow speed.
    • * To lower the flow speed makes close to a natural filtering process,
      and also reduces stress on the net.
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3-Segment Drum (Patent Pending)

    • ·Partitioning the cylinder-shaped filter maximizes effective drum filter area,thus allow to slow flow speed,and the filtering speed is close to the natural speed, and the filtering process.
    • ·In the unlikely event of net damage, replacement of it can be kept to a minimum works.
      Reduces running costs.
    • ·Reduces part replacement time.
    • ·Unnecessary to drain coolant when replacement of net.
    • ·Three part partition makes it possible to replace net above the coolant surface.
    • * Being able to replace net above the coolant surface means that chips do not flow into the clean tank during the replacement of the net.
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Front Cover

    • ·The drum filter maintenance hatch, which was attached on the rear of the conveyor on old machines, is attached to the front so that no maintenance space around the back area of the machine is required.
    • * Can be installed right next to the processing machine.
      Meets the need for economical use of space.
    • ·Removing the chips bucket to use its space for a maintenance improves the work process and safety.
    • ·Has become an essential feature for Two-Stages Filter.
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Drain Mechanism

    • ·Innovative drainage mechanism minimize coolant waste emitted with chips.
    • ·The scraped chips are temporarily pooled and dried on drain stage,thus surplus coolant sticked to chips returns to the filter.
    • ·Drained chips gathered at the pool stage are pushed to the emission outlet by the next batch of scraped and dried chips.
    • * Minimize the cost of adding coolant and the affection to environment.
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2-Steps Draining Mechanism

    • ·Chips emitted through the hinge conveyor bound on drain plates and fluid adhering to the chips is removed.
    • * Drain plates collects fluid dropped from the hinge plates.
    • ·Collected fluid runs down the drain plates and is gathered in the filter below.
    • * Minimize the cost of adding coolant and the affection to environment.
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Drum + Magnet

    • ·Magnets installed directly under the drum capture magnetic particles.
    • ·The drum filter out non-magnetic particles,by physical force.
    • ·Magnetic particles are filtered by a drum filter and magnetic plate combining physical and magnetic filteration.
    • * Simultaneously filters both magnetic particles and non-magnetic particles.
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Protector Drum

    • ·A protector attached to the drum unit keeps chips away from directly striking the net. Also improves stainless wire net rigidity.
    • ·Makes it possible to emit aluminum and steel chips less than 100mm in size.
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High-Power Mesh (Patent Pending)

    • ·Newly developed stainless wire net.
    • ·Solves metal fatigue problem caused by the reciprocal motion of stainless wire nets.
    • ·Filters out particles over 30μm, like nylon net.
    • ·2 to 3 times longer duration than nylon.
    • ·Stainless materials means no industrial waste.
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