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Yushin Clamp Traverse CT Series Servo Robots

Yushin Clamp Traverse CT Series Servo Robots transition the former design concept of take-out robots as tools for replacing line operators to the starting point for automating part take-out.

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Yushin Clamp Traverse CT Series Servo Robots

The CT and CT2 transition the former design concept of take-out robots as tools for replacing line operators to the starting point for automating part take-out. Developed from this new concept, these take-out robots provide users with the impetus to completely change the layout of their entire plant.

Yushin Single Arm Clamp End Discharge Brochure

Yushin Double Arm Clamp End Robot Brochure

Features

  • Space-efficient

    Space-efficient

    Because the space between molding machines can be narrowed, more machines can be installed.

  • From runner take-out to producttake-out

    From runner take-out to product take-out

    Additional space is not required to replace an existing runner take-out robot with either the CT or CT2 product take-out robot.

  • Conveyor belt centralization

    Conveyor belt centralization

    Separate conveyor belts are not needed for each molding machine, therefore centralized processing can be used for packaging or inspecting molded parts.

  • Energy-savings [1]

    Energy-savings [1]

    26% less power consumed than by predecessor robots

    Because robot weight reduces by applying Optimum Design approach, lower duty motors are used.

  • Energy-savings [2]

    Energy-savings [2]

    75% less air consumed than by predecessor robots

    Air consumption has been reduced by 75% from predecessor models by incorporating Yushin’s propriety ECO Vacuum circuit as a standard feature.

  • Vibration control

    Vibration control

    72% shorter settling time than predecessor robots 

    With the CT and CT2 series, Optimum Design, CFRP and anti-vibration controls combine to shorten settling time (time required for vibrations to fall below a desired level) by 72%, which naturally shortens the full molding cycle.

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