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New Products

Vacuum Equipment

In-line Air Filter　ZFD Series

New

Updated Apr-25

  • Operating pressure range: −100 kPa to 0.5 MPa
  • Able to capture foreign matter in both vacuum adsorption and vacuum release directions.
    Prevents foreign matter from scattering again
  • Space saving
    Installation area: 41% reduction
  • Check valve enclosure
    Flow order: Filter ➡ Check valve
    Prevents foreign matter from getting caught in the check valve
  • Applicable tubing O.D.: ø4, ø6, ø8

Suction Cup　ZP3C Series

Updated Feb-25

  • Material: FS61 (Fluoro-based rubber) improves abrasion resistance
    ∗ More than 4 times the abrasion resistance of SMC's urethane suction cups
  • Reduced suction of foreign matter, such as paper particles, due to mesh filter
    Can be replaced without tools
  • 2.5-stage bellows type
    Optional inner ring and retainer

Magnet Buffer　ZP3B□M Series

Updated Feb-25

  • Stable buffer reaction force during stroke
  • Adsorbs workpieces with different heights, Reduces the impact applied to a workpiece
  • Low particle generation
    No particle generation due to the friction of a spring (spring-less structure)
  • Non-rotating
    Reduces rotation by 4-pole magnets
  • Copper and zinc-free
  • Compatible with secondary battery manufacturing processes

Vacuum Gripper System (Foam Type)　ZGS Series

Updated Jan-25

  • Foam size: 300 mm x 180 mm / 200 mm x 120 mm [New]
  • Suitable for the palletizing and depalletizing of corrugated cardboard, etc.
  • Ejector unit
    Combines all functions required for adsorption
    (Ejector, Supply valve/Release valve, Silencer, Pressure switch)
  • Can be used immediately by simply connecting 1 electrical cable and air piping
  • Compatible with the collaborative robots of 4 companies
    UNIVERSAL ROBOTS, OMRON/TECHMAN ROBOT, FANUC, YASKAWA Electric
  • Lifting force
    440 N (200 x 120) (At −63 kPa)
    880 N (300 x 180) (At −63 kPa)
    2144 N (400 x 240) (At −75 kPa)
  • IO-Link compatible
    ∗ Only for sizes 300 x 180 and 200 x 120

Suction Cup/With Non-slip Feature　ZP3M Series

Updated Nov-24

  • An oval flat shape with non-slip feature has been added. [New]
    Compatible with workpieces with an elongated adsorption surface
  • Longer life (More than twice that of urethane cups)
    Cup material: FS61 (Fluoro-based rubber) with excellent abrasion resistance
    Reduced number of cup replacements
  • 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 cup follows the workpiece shape, making stable adsorption possible.
    Horizontal holding force: 387 N (Cup diameter ø100)
    Suitable for high-temperature workpieces (200°C)
  • 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.

Vacuum Manifold for Fieldbus System　ZKJ Series

Updated Nov-24

  • Vacuum pads and actuator driving can be
    controlled with a single manifold [New]
  • Positive pressure unit
    5-port solenoid valve [New]
  • Vacuum unit
    Energy saving ejector Air consumption: 92% reduction
  • Fieldbus compatible
    Space saving: Requires no separate input/output units
    Reduced wiring time
    Compatible protocols: PROFINET, IO-Link, EtherNet/IP, EtherCAT
  • Exhaust sealing function
    Quick workpiece release
  • 4 stations/8 stations/12 stations/16 stations manifold compatible

Suction Cup/Compatible with Metal Detectors　HF3A-ZP3F Series

Updated Sep-24

  • Bellows type cup with excellent cushioning and flexibility
    Reduces the deformation of soft workpieces such as bread
  • The cups and retainers are made of materials compliant with the FDA (U.S. Food and Drug Administration)
    dissolution test, EC directives, and Japan Food Sanitation Act standards.
  • Improved durability due to anti-stick grooves
  • Equipment for the food manufacturing industry HF3A- series

Multistage Ejector　ZL1/ZL3/ZL6 Series

Updated Mar-24

  • An IO-Link compatible vacuum pressure switch has been added. (ZL3, ZL6) [New]
    Allows for ejector control with a single communication line
    Reading of the device information and parameter batch settings are possible.
  • Max. suction flow rate: 3 types available: 100, 300, and 600 L/min (ANR)
  • Air consumption: 91% reduction (ZL3, ZL6)
    Reduced by the pressure switch for vacuum with energy saving function and efficient ejectors
  • Weight: Max. 60% reduction [ZL112 (Existing model): 450 g → ZL1: 180 g]

Electric Vacuum Gripper for Collaborative Robots　ZXPE5 Series

Updated Feb-24

  • Can be used with the collaborative robots of 4 companies
    UNIVERSAL ROBOTS
    OMRON/TECHMAN ROBOT [New]
    FANUC CORPORATION [New]
    YASKAWA Electric Corporation [New]
  • A vacuum gripper that doesn't require an air source
  • Operation possible by simply connecting an electrical wire connector
    Can be used without an air source due to the built-in vacuum pump
  • Unitization of the peripheral devices required for adsorption
    The vacuum pump, atmospheric release valve, pressure monitor, and cups have been integrated.
  • Current consumption: Max. 64% reduction
    Energy-saving operation possible via automatic/manual modes
  • Lightweight: 556 g
  • A wide variety of cup variations are available to support a wide range of workpiece shapes.
  • Standards: Conforming to ISO9409-1-50-4-M6

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

Updated Jan-24

  • Supply valve: An N.O. specification has been added. [New]
    Can hold vacuum∗ even when the power goes out or is turned off
    Prevents the sudden dropping of workpieces∗
    ∗ Supposing the supply pressure is being maintained
  • An IO-Link compatible pressure switch has been added. [New]
    Allows for ejector control with a single communication line
    Reading of the device information and parameter batch settings are possible.
  • Compatible with ejector systems and vacuum pump systems
  • 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 increased by 50%
    (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

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