New products

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New Products

Rotary Actuators/ Air Grippers

Multi Hand Adapter　RMMA Series

Updated Mar-24

  • Allows for the handling of various workpieces by a single robot
  • Allows for the simultaneous transfer of multiple workpieces
  • Up to 3 grippers can be mounted.
  • Reduces tool changing time
  • Robot arm end standards: Equivalent to ISO9409-1-50-4-M6
  • 3 gripper mounting angles

Elastic Finger　MH-X7654

Updated Feb-24

  • Rubber sheet fingers enable gripping of an indefinite workpiece
  • Design of the finger according to the workpiece shape is not required.
  • Allows for gripping of tightly packed workpieces
    The elastic finger mounting attachment to be produced by the customer.
  • Material
    　・Silicone rubber (Blue)
    　　This product is made of materials compliant with FDA
    　　 (U.S. Food and Drug Administration) regulations
    　　as well as Japan Food Sanitation Act standards.
    　・EPDM (Black)

Analog Auto Switch and Display Sensor Monitor　D-MH1□ Series

Updated Feb-24

  • Outputs the analog voltage according to the actuator stroke position
  • A single switch can discriminate between max. 3 position points.
    Discriminable resolution: ±0.1 mm ∗ Within the high-resolution range
  • Detection position setting can be done away from the actuator.
  • Analog voltage output (1 to 5 V)
    　Can also be used with the analog auto switch single unit
  • Reduced setting labor
    　No need to fine-tune the switch mounting position
    　Easy adjustment even in narrow places and on moving parts
  • Improved productivity
    　Gripper fully open R gripping R gripping failure detection
    　Detection of gripper finger wear
    　Minimized lead wire disconnection risk

Air Grippers for Collaborative Robots　RMH□ Series

Updated Sep-23

  • Unitization of the peripheral devices required for gripper driving
    Operation is possible simply by connecting 1 air supply tube and
    1 electrical wire.
    Built-in solenoid valve, exhaust throttle valve with silencer, auto switch, fitting, etc.
  • 3 types of grippers available for use with a variety of workpieces
  • Can be used with the collaborative robots of 12 companies
  • Manual changer built in as standard
    Allows for easy tool changing and labor saving
  • Air consumption reduced by up to 80%

Grippers for Collaborative Robots ZXP7-PFL1-□-X1, JMHZ2-X7500-KR for KAWADA ROBOTICS CORPORATION, NEXTAGE

Updated Feb-23

    Cups with Flange

  • Standards: Conforming to ISO9409-1-50-4-M6
  • Tube-less piping
    Individual piping to suction cups is unnecessary and there is no interference with workpieces or operators
  • A wide variety of cup variations are available to support a wide range of workpieces.

    • Air Gripper

  • Compact, lightweight product with high gripping force due to air operation
  • An air gripper that realizes high rigidity and high precision due to its guide-integrated construction
  • With high-precision linear guide
  • Repeatability: ±0.01 mm
  • Standards: Conforming to ISO9409-1-50-4-M6

Rotary Table/Rack & Pinion Type Size：10, 20, 30, 50　MSQ Series

Updated May-22

  • An external shock absorber option has been added. [New]
  • Compact and lightweight
    Height: Max. 28% reduction∗ (54 mm → 39 mm)
    Weight: Max. 28% reduction∗ (940 g → 680 g)
  • Enlarged center hole diameter for piping (ø9 mm → ø12 mm)
    * Compared with the existing model (MSQ20)
  • The adjustable rotation time range is expanded. (0.2 to 2.0 s/90°)
    Can be used at lower speeds compared with the existing model

Rotary Actuators　CRB/CDRB Series

Updated Feb-22

  • A 270° rotating angle specification has been added. (Size: 10, 15, 40) [New]
  • Features a compact body with a built-in angle adjustment unit and
    auto switch unit (Size: 20, 30, 40)
    Overall length: 44% shorter, Weight: 48% lighter
  • Piping, wiring, and angle adjustment can be performed on the same side for easier mounting.
  • Easy-to-adjust start and end positions with the angle adjustment bolts
    (as standard)
  • The position of the chamfered portion of the shaft can be easily checked using the rotating angle indicator. (Only for the CDRB with auto switch)
  • Each of the units below for the CRB2 series can be mounted to the CRB series.

Low Profile Air Gripper ø8, ø12, ø16, ø20　MHF2 Series

Updated Nov-21

  • An actuator position sensor compatible type has been added. [New]
  • Height dimension reduced to approximately 1/3
  • Low profile design that reduces moment generation
  • Short, middle, and long strokes are available.
  • Compact, but the double piston mechanism provides it with a strong gripping force.

Air Gripper Unit for Collaborative Robots　JMHZ2-X7500-KA
for the Kawasaki Heavy Industries, Ltd. duAro 1, 2 Series

Updated Aug-21

  • Compact, lightweight product with high gripping force due to air operation
  • An air gripper that realizes high rigidity and high precision due to its guide-integrated construction
    With high-precision linear guide, Repeatability: ±0.01 mm
    Linear guide of the higher rigidity and precision is used. Higher rigidity
  • Integrated speed adjustment mechanism
  • A split protective cover for easy air gripper maintenance
  • Selectable attachment, protective cover, and number of auto switches

Compact Type Parallel Style Air Gripper　JMHZ2 Seriess

Updated Jun-21

  • A single acting type has been added.[New]
  • Made-to-order options have been added:[New]
    With positioning pins on the lateral mounting surface, Lateral auto switch mounting
  • Downsizing is possible without changes to the gripping point range. (ø20→ø16)
    Overall length: Max. 21.7 mm shorter (102.7 mm→81 mm)
    Thickness: Max. 7.6 mm shorter (33.6 mm→26 mm)
    Weight: Max. 180 g lighter (420 g→240 g)
  • High rigidity and precision are achieved by integrating the guide and finger.

Air Gripper Unit　for Collaborative Robots　JMHZ2-X7400B-CRX
for the FANUC CORPORATION CRX Series

Updated May-21

  • Plug and Play configuration for immediate use
  • FANUC CRX plug-in software: Easy programming
  • Compact, lightweight product with high gripping force due to air operation
  • High rigidity and high precision due to its guide-integrated construction
    Repeatability: ±0.01 mm due to the adoption of a high-precision linear guide
    Higher rigidity due to the adoption of a linear guide of the higher rigidity and precision
  • Operate by simply connecting 1 air supply tube and an electrical
    wiring M8 connector.
  • Integrated solenoid valve, speed adjustment mechanism, and auto switch
  • A split protective cover for easy air gripper maintenance

Air Gripper Unit for Collaborative Robots　JMHZ2-X7400B-TM
for the OMRON Corporation and TECHMAN ROBOT Inc. TM Series

Updated Dec-20

  • Plug and Play configuration for immediate use
  • Compact, lightweight product with high gripping force due to air operation
  • Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
  • Integrated solenoid valve, speed adjustment mechanism, and auto switch
  • High rigidity and high precision due to its guide-integrated construction
  • A split protective cover for easy air gripper maintenance

Air Gripper Unit for Collaborative Robots　JMHZ2-X7400B-ASSISTA
for the Mitsubishi Electric Corporation MELFA ASSISTA Series

Updated Dec-20

  • Compact, lightweight product with high gripping force due to air operation
  • Operate by simply connecting 1 air supply tube and an electrical wiring M12 connector.
  • Integrated solenoid valve, speed adjustment mechanism, and auto switch
  • High rigidity and high precision due to its guide-integrated construction
  • A split protective cover for easy air gripper maintenance

Air Gripper Unit for Collaborative Robots　JMHZ2-X7400B-HC10/HC10DT

Updated Dec-20

  • Compact, lightweight product with high gripping force due to air operation
  • 1 air supply tube and the electric wiring can be operated simply by connecting the annex cable.
  • Integrated solenoid valve, speed adjustment mechanism, and auto switch
  • High rigidity and high precision due to its guide-integrated construction
  • A split protective cover for easy air gripper maintenance

Air Gripper with Finger Changer Function　MHF2-X7076A

Updated Nov-20

  • Automatic tool changer unit for robots
  • The wiring and piping are bundled together in the body of the air gripper (robot side).
  • Improves electric contact during tool changes, reduces air leakage due to defective piping connections, etc.
  • Various workpieces can be handled by a single robot.
    Increased productivity due to reduced attachment replacement and positioning work
  • Overall length: Reduced by 82% or more
  • Weight: Reduced by 69% or more (485 g → 150 g)

Environmentally Resistant 3-Finger Air Gripper ø32, ø63　MHS3-X6708□

Updated Aug-20

  • Applicable for environments with water droplets and dust
    Durability: 10 times or more (Compared with the standard model in environments with water splashing)
  • A variety of scrapers and Lube-retainers for various applications (environments) are available.
  • Improved attachment position reproducibility
  • Solid state auto switches are mountable.
    Applicable auto switch: D-M9□

Air Gripper Unit for Collaborative Robots　JMHZ2-X7400B

Updated May-20

  • Plug & play configuration for immediate use
    URCap compatible Easy programming
  • Compact, lightweight product with high gripping force due to air operation
  • Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
  • Integrated solenoid valve and speed adjustment mechanism
  • Standards: ISO9409-1-50-4-M6

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