Features | Vacuum Gripper Unit for Collaborative Robots ZXP7□21-X1 for the FANUC CORPORATION CRX Series

• Plug and Play configuration for immediate use
• FANUC CRX plug-in software
• Operate by simply connecting 1 compressed air supply tube and an electrical wiring M8 connector.
• Integrated vacuum ejector, air supply/release valve, pressure sensor, and cups
• Standards: Conforming to ISO 9409-1-50-4-M6

SMC – Vacuum Gripper Unit for Collaborative Robots ZXP7□-X1□-ASSISTA for Mitsubishi Electric Corporation MELFA ASSISTA

Features | Vacuum Gripper Unit for Collaborative Robots ZXP7□21-X1 for the FANUC CORPORATION CRX Series

• Operate by simply connecting 1 compressed air supply tube and an electrical wiring M12 connector.
• Integrated vacuum ejector, air supply valve, pressure switch, and cups
• Features a rounded appearance without corners
• A wide variety of cup variations are available to support a wide range of workpieces.

SMC – Vacuum Gripper Unit for Collaborative Robots ZXP7□41-X1 for the OMRON Corporation and TECHMAN ROBOT Inc. TM Series

Features | Vacuum Gripper Unit for Collaborative Robots ZXP7□41-X1 for the OMRON Corporation and TECHMAN ROBOT Inc. TM Series

• Plug and Play configuration for immediate use TMComponent: Easy programming
• Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
• Integrated vacuum ejector, air supply/release valve, pressure sensor, and cups
• Standards: Conforming to ISO 9409-1-50-4-M6

SMC – Vacuum Gripper Unit for Collaborative Robots ZXP7□01-X1 for Universal Robots

Features | Vacuum Gripper Unit for Collaborative Robots ZXP7□01-X1 for Universal Robots

• Plug and Play configuration for immediate use URCaps compatible Easy programming
• Operate by simply connecting 1 compressed air supply tube and an electrical wiring M8 connector.
• Integrated vacuum ejector, air supply/release valve, pressure sensor, and cups
• Standards: Conforming to ISO9409-1-50-4-M6

SMC – Vacuum Gripper Unit for Collaborative Robots ZXP7□11-X1□ for YASKAWA Electric Corporation collaborative robot MOTOMAN-HC10DT

Features | Vacuum Gripper Unit for Collaborative Robots ZXP7□11-X1□ for YASKAWA Electric Corporation collaborative robot MOTOMAN-HC10DT

• Can be operated simply by connecting 1 compressed air supply tube and the built-in cable for electric wiring
• Integrated vacuum ejector, air supply/release valve, pressure switch, and cups
• As the air piping and electric wiring built into the robot are used, no external wiring or piping is required. No interference with workpieces or workers
• Features a rounded appearance without corners
• A wide variety of cup variations are available to support a wide range of workpieces.

SMC – Magnet Gripper for Collaborative Robots MHM-X7400A-CRX for the FANUC CORPORATION CRX Series

Features | Magnet Gripper for Collaborative Robots MHM-X7400A-CRX for the FANUC CORPORATION CRX Series

• Plug and Play configuration for immediate use
• FANUC CRX plug-in software
• Attracts and holds heavy objects with a magnet
• Supports workpieces with holes and uneven surfaces
• Compact with high holding force Holding force: Max. 200 N (ø25, Workpiece thickness 6 mm)
• Continues to hold workpieces even when the air is shut off
• Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
• Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

SMC – Magnet Gripper for Collaborative Robots MHM-X7400A-ASSISTA for the Mitsubishi Electric Corporation MELFA ASSISTA Series

Features | Magnet Gripper for Collaborative Robots MHM-X7400A-ASSISTA for the Mitsubishi Electric Corporation MELFA ASSISTA Series

• Attracts and holds heavy objects with a magnet
• Supports workpieces with holes and uneven surfaces
• Compact with high holding force Holding force: Max. 200 N (ø25, Workpiece thickness 6 mm)
• Continues to hold workpieces even when the air is shut off
• Operate by simply connecting 1 air supply tube and an electrical wiring M12 connector.
• Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

SMC – Magnet Gripper for Collaborative Robots MHM-X7400A-TM for the OMRON Corporation and TECHMAN ROBOT Inc. TM Series

Features | Magnet Gripper for Collaborative Robots MHM-X7400A-TM for the OMRON Corporation and TECHMAN ROBOT Inc. TM Series

• Plug and Play configuration for immediate use
• TMComponent: Easy programming
• Attracts and holds heavy objects with a magnet
• Supports workpieces with holes and uneven surfaces
• Compact with high holding force Holding force: Max. 200 N (ø25, Workpiece thickness 6 mm)
• Continues to hold workpieces even when the air is shut off
• Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
• Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

SMC – Magnet Gripper for Collaborative Robots MHM-X7400A for Universal Robots

Features | Magnet Gripper for Collaborative Robots MHM-X7400A for Universal Robots

• Plug and Play configuration for immediate use
• URCap: Easy programming
• Attracts and holds heavy objects with a magnet
• Supports workpieces with holes and uneven surfaces
• Compact with high holding force Holding force: Max. 200 N (ø25, Workpiece thickness 6 mm)
• Continues to hold workpieces even when the air is shut off
• Operate by simply connecting 1 air supply tube and an electrical wiring M8 connector.
• Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

SMC – Magnet Gripper for Collaborative Robots MHM-X7400A-HC10 / HC10DT for the YASKAWA Electric Corporation MOTOMAN-HC

Features | Magnet Gripper for Collaborative Robots MHM-X7400A-HC10 / HC10DT for the YASKAWA Electric Corporation MOTOMAN-HC

• Attracts and holds heavy objects with a magnet
• Supports workpieces with holes and uneven surfaces
• Compact with high holding force Holding force: Max. 200 N (ø25, Workpiece thickness 6 mm)
• Continues to hold workpieces even when the air is shut off
• Operate by simply connecting 1 air supply tube and an electrical wiring connector.
• Integrated solenoid valve, auto switch, and piston speed adjustment mechanism