Small-Medium Payload Robots

R series Robots (3-80 kg)

HIGH-SPEED, HIGH-PERFORMANCE ROBOTS

The general-purpose R series robots are setting the benchmark for all small to medium duty industrial robots. The compact design, along with industry leading speed, reach and work range make the R series robots ideal for a wide range of applications throughout diverse industries.

Typical Applications:

Clean Model Available:
RC005L

R series Robots:

Click on a robot below to learn more. Note: images not shown to scale.

  • Kawasaki RS003N

    RS003N

    Payload :3 kg
    Axes :6
    Reach :620 mm
    Repeatability :±0.05 mm

    RS003N
  • Kawasaki RS005N

    RS005N

    Payload :5 kg
    Axes :6
    Reach :705 mm
    Repeatability :±0.02 mm

    RS005N
  • Kawasaki RS005L

    RS005L

    Payload :5 kg
    Axes :6
    Reach :903 mm
    Repeatability :±0.03 mm

    RS005L
  • Kawasaki RC005L

    RC005L

    Payload :5 kg
    Axes :6
    Reach :903 mm
    Repeatability :±0.03 mm

    RC005L
  • Kawasaki RS006L

    RS006L

    Payload :6 kg
    Axes :6
    Reach :1,650 mm
    Repeatability :±0.05 mm

    RS006L
  • Kawasaki RS010N

    RS010N

    Payload :10 kg
    Axes :6
    Reach :1,450 mm
    Repeatability :±0.04 mm

    RS010N
  • Kawasaki RS010L

    RS010L

    Payload :10 kg
    Axes :6
    Reach :1,925 mm
    Repeatability :±0.06 mm

    RS010L
  • Kawasaki RS015X

    RS015X

    Payload :15 kg
    Axes :6
    Reach :3,150 mm
    Repeatability :±0.15 mm

    RS015X
  • Kawasaki RS020N

    RS020N

    Payload :20 kg
    Axes :6
    Reach :1,725 mm
    Repeatability :±0.05 mm

    RS020N
  • Kawasaki RS030N

    RS030N

    Payload :30 kg
    Axes :6
    Reach :2,100 mm
    Repeatability :±0.07 mm

    RS030N
  • Kawasaki RS050N

    RS050N

    Payload :50 kg
    Axes :6
    Reach :2,100 mm
    Repeatability :±0.07 mm

    RS050N
  • Kawasaki RS080N

    RS080N

    Payload :80 kg
    Axes :6
    Reach :2,100 mm
    Repeatability :±0.07 mm

    RS080N

Contact

Let one of our qualified representatives help you find the perfect Kawasaki Robot for your application.

Click here or call (855) 855-1414

  • Contact

    Contact our representatives today to learn more!

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    (855) 855-1414

  • pdf

    DOWNLOAD
    Kawasaki R Series robots brochure

    ULTRA HIGH-SPEED OPERATION
    The lightweight arm along with high-output high-revolution motors provide industry leading acceleration and high-speed operation. The acceleration rate automatically adjusts to suit the payload and robot posture to deliver optimum performance and the shortest cycle times.
    WIDE WORK RANGE
    In addition to extending the robot's maximum reach, the rotation range of each axis has also been increased. The extended motion range translates to a larger usable work area with minimal dead-space and greater flexibility.
    ENVIRONMENTAL PROTECTION
    The R Series incorporates a double-seal construction on all axes and the electrical connections are water-resistant, offering an IP67 classification for the wrist and IP65 for the remaining axes. If a wash-down arm is required, the entire robot can be provided as IP67.
    HIGH TORQUE
    High-output motors, combined with a rigid arm construction, allow for superior wrist torque and load capacity.
    INTEGRATED FEATURES
    Built-in pneumatic lines and internal wiring for sensors and solenoid valves are standard. Mounting pads and taps are provided to allow easy installation of additional cabling, tubing or equipment.
    SPACE SAVING
    The slim arm design requires very little floor space. Multiple robots can be installed in "high-density" applications without impeding performance.
    PROGRAMMING FLEXIBILITY
    R Series robots can be programmed in two ways, via the robot teach pendant or a computer, and using one of the two Kawasaki's programming methodologies, Block Step or AS Language. The Block Step programming method eliminates time consuming program teaching with auto-path generating software. The powerful AS Language provides ultimate flexibility via any word processor text file and enables the programmer to create advanced logic, manipulate program locations, integrate peripheral components and control the application process.

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