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New Products

Vacuum Equipment

Bernoulli Gripper with Coanda Grip　ZNC-C Series

Updated Apr-23

  • Reduces the impact of air flow on light-weight workpieces and adjacent workpieces
  • Prevents lateral slide when suctioning the workpiece
    There is no risk of suctioning of powder matter adhering on the workpiece into the device and pipe, as the workpiece is suctioned while air is blow.
  • Body material: Stainless steel, Aluminum
  • With Coanda grip
    Prevents blowing away of workpiece before suctioning and lateral sliding of workpiece during suctioning

Vacuum Pad/Bowl Shape with Non-slip Feature　ZP3M Series

Updated Feb-23

  • Non-slip special ribs
    Diagonal ribs are radially arranged to secure the gripping force in all directions.
    ・Prevents workpiece slippage
    ・Secure adsorbing and transferring are possible.
  • Bowl shape with excellent flexibility
    Curved workpieces can also be adsorbed.
    The pad follows the workpiece shape, making stable adsorption possible.
  • Horizontal holding force: 231 N (Pad diameter ø80)
  • Suitable for high-temperature workpieces (200°C)
  • Material: FS61 (Fluoro-based rubber) improves abrasion resistance
    ∗ More than twice the abrasion resistance of SMC's urethane pads
  • Suitable for workpieces with oil film
    As oil is ejected to the grooves between special ribs, the lateral slipping of workpiece can be suppressed even on a steel plate with oil film.

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

Vacuum Pad / Bellows Type　ZP3P-JT Series

Updated Feb-23

  • A flat attachment has been added. (2.5-stage)[New]
    For reducing wrinkles
  • For the adsorption transfer of workpieces with flexible soft film packaging
  • Thin film skirt and special shaped ribs
  • The pad and attachment are made of materials compliant with FDA
    (U.S. Food and Drug Administration) regulations as well as Japan Food Sanitation Act standards.
  • Blue colored pad
    Easy to distinguish the vacuum pad by color during
    contamination inspection

Vacuum Flow　ZHV Series

Updated Jan-23

  • Blow and vacuum can be performed by supplying compressed air.
    Blow flow rate: Max. 6820 L/min (ANR)∗1
    Vacuum flow rate: Max. 5270 L/min (ANR)∗1
    ∗1 Values for the ZHV40 when the supply pressure is 0.5 MPa
  • It is possible to adjust the blow and vacuum flow rate by adjusting the nozzle position!
  • A vacuum flow rate 3 times or more the supply air ∗2
    ∗2 Excludes the ZHV10
  • A blow flow rate 4 times or more the supply air ∗2
    ∗2 Excludes the ZHV10
  • Weight: Max. 50% reduction (209 g ← 417 g)∗3
    ∗3 ZHV20, in comparison with product (ZH20-X185)
  • Volume: Max. 50% reduction (17000 mm3 ← 34000 mm3) ∗4
    ∗4 ZHV10, in comparison with product (ZH10-X185)
  • In terms of body mounting, port connection, and passage diameter, this product is compatible with the product (ZH-X185).

Bernoulli Gripper ø20, ø30, ø40, ø60, ø80　ZNC Series

Updated Jan-23

  • Body size ø20 has been added. [New]
  • For the adsorption transfer of thin cloths, films, printed circuit boards, etc.
  • Energy saving: Max. 79% reduction
    (Comparison of air consumption to lifting force)
  • High lifting force: 65 N
    10.3 times that of the existing model
    (Existing model: 6.3 N → ZNC80: 65 N)
  • 3 types of body materials: Aluminum, Resin, Stainless steel
  • Attachment
    With stopper: Prevents workpiece slippage
    With vibration suppression cover: Suppresses the vibration noise of thin workpieces

Compact Vacuum Unit Ejector System/Vacuum Pump System　ZQ□A Series

Updated Jun-22

  • Vacuum pressure switch with energy saving function
    Air consumption: 90% reduction (Based on SMC’s measurement conditions)
    Power consumption: 60% reduction [1 W (Existing model) → 0.4 W]
    Vacuum release pressure: From 0 MPa [From 0.3 MPa (Existing model) → From 0 MPa]
    Copy function: Reduced setting labor, Minimized risk of setting mistakes
  • Compatible with ejector systems and vacuum pump systems

Vacuum Pad Flat Type with Ribs/Bellows Type ø20, ø25, ø32, ø40, ø50　ZP3C Series

Updated Apr-22

  • Suitable for the adsorption transfer of corrugated cardboard, etc., requiring abrasion resistance
  • Material: FS61 (Fluoro-based rubber) improves abrasion resistance
    ∗ More than twice the abrasion resistance of SMC’s urethane pads
  • Easier maintenance
    Compatible with 2 types of mounting tools
  • Reduced suction of foreign matter due to mesh filter
    Reduced suction of foreign matter into the vacuum pump and ejector
    The pad and mesh filter can be replaced without tools.
    The pad and mesh filter can be replaced without tools.

Vacuum Manifold for Fieldbus System　ZKJ Series

Updated Aug-21

  • Fieldbus-compatible
    Requires no input/output unit. Space saving
    Reduced wiring time
    Compatible protocol: PROFINET, IO-Link
  • Energy saving ejector: Air consumption reduced by 90%
  • Supply valve: N.O. specification
    Can hold vacuum even when the power goes out or is turned off (Supposing the supply pressure is being maintained)
    Prevents the sudden dropping of workpieces (Supposing the supply pressure is being maintained)
  • IP65: Dust-tight/Water-jet-proof

Vacuum Gripper for Collaborative Robots ZXP7□-X1□-KA
for the Kawasaki Heavy Industries, Ltd. duAro 1, 2 Series

Updated Aug-21

  • A compact, lightweight all-in-one vacuum gripper
  • Integrated vacuum ejector, air supply/release valve, pressure switch, and cups
  • Integrated vacuum ejector, pressure switch, and cups
  • Standards: Conforming to ISO 9409-1-31.5-4-M5
  • A wide variety of cup variations are available to support a wide range of workpieces.

Magnet Gripper for Collaborative Robots MHM-X7400A for UNIVERSAL ROBOTS

Updated May-21

    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 (o25, 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

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

Updated May-21

  • 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 M12connector.
  • Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

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

Updated May-21

  • 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 M8connector.
  • Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

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

Updated May-21

  • 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 M12connector.
  • Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

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

Updated May-21

  • 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 (o25, 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 M8connector.
  • Integrated solenoid valve, auto switch, and piston speed adjustment mechanism

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

Updated May-21

  • 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.

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

Updated May-21

  • 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.

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

Updated Apr-21

  • 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

Body Ported Type/Box Type (Built-in Silencer)　ZH Series

Updated Feb-21

  • Nozzle sizes: ø1.5, ø1.8, and ø2.0 have been added to the box type.[New]
  • Compact and lightweight
    Overall length: Max. 11% reduction
    Port height: Max. 25% reduction
    Volume: Max. 39% reduction
  • 4 mounting types
  • A silencer and standard bracket are available. (Body ported type only)

Vacuum Gripper for Collaborative Robots　ZXP7□41-X1

Updated Jan-21

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

Vacuum Gripper for Collaborative Robots　ZXP7□01-X1

Updated Jul-20

  • Plug & 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

Multistage Ejector　ZL1/ZL3/ZL6 Series

Updated Feb-20

  • Max. suction flow rate: 3 types available: 100, 300, and 600 L/min (ANR)
  • Air consumption: 90% reduction (For the ZL3, ZL6)
  • Weight: Max. 60% reduction [ZL112 (Existing model): 450 g R ZL1: 180 g]
  • 3-stage diffuser construction (For the ZL1:SMC comparison)
    Suction flow rate increased by 250%
  • 3 types of vacuum pressure sensors
  • No tools are required! Maintenance labor can be reduced.

Vacuum Unit Ejector System/Vacuum Pump System　ZK2□A Series

Updated Feb-20

  • Energy saving ejector
    Air supply is cut-off when vacuum is reached: Air consumption 93%reduction (Under SMC’s measurement conditions)
  • More efficient ejector Suction flow 50% increase (Compared to other SMC 1-stage ejectors)
  • Energy saving efficiency: 93% reduction
  • Improved low noise and suction flow by adoption of a high-noise reduction silencer

Magnet Gripper ø16, ø25, ø32, ø50　MHM Series

Updated Jan-20

  • Attracts and holds heavy objects with a magnet
  • Holding force: Max. 1000 N (ø50, Workpiece thickness 6 mm)
  • Transfers steel plates without a vacuum
  • Holding force (Attraction force) can be adjusted
  • Drop prevention: Holds workpieces even when air is shut off

Vacuum Flow　ZH-X226/-X249/-X338 Series

Updated Aug-19

  • By supplying compressed air, large blow and vacuum flow rates are available.
    Blow: Max. 1550 L/min (ANR)
    Vacuum: Max. 880 L/min (ANR)
  • Application examples
    Adsorption transfer, coolant blow to blow off cutting chips, adsorption transfer

In-line Type Vacuum Ejector　ZU□A Series

Updated Feb-19

  • Compact and Lightweight
    O.D.: φ10.4, Weight: 3.9 g, Overall length: 52 mm
  • Port size
    φ4, φ6 One-touch fitting, Rc1/8, φ5/32"
  • Vacuum pressure reached [kPa]
    Type S: -90
    Type L: -48

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