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|Vacuum Equipment
Body Ported Type/Box Type (Built-in Silencer)
ZH Series Updated Feb-21
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 Unit
for Collaborative Robots
ZXP7□41-X1 Updated Jan-21
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
an electrical wiring M8 connector. - Integrated vacuum ejector, air supply/release valve, pressure sensor, and cups
- Standards: Conforming to ISO9409-1-50-4-M6
Bernoulli Type Non-contact Gripper
XT661-X427 Updated Aug-20
XT661-X427 Updated Aug-20
- For the adsorption transfer of thin cloths, films, printed circuit boards, etc.
- High lifting force compared with the existing model: 4.4 times
(Supply pressure: 0.5 [MPa], For non-permeable workpieces) - A stopper and a vibration suppression cover are also available.
- A pressure sensor option can be selected.
Vacuum Pad/Bellows Type
2.5-stage ø20, ø32, ø50
5.5-stage ø20, ø25, ø32, ø40, ø50
ZP3P-JT Series Updated Jul-20
2.5-stage ø20, ø32, ø50
5.5-stage ø20, ø25, ø32, ø40, ø50
ZP3P-JT Series Updated Jul-20
- Added: 2.5-stage bellows type [New]
- Standardized built-in One-touch fitting type [New]
- 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 Food Sanitation Act standards. - Blue colored pad
Easy to distinguish the vacuum pad by color during
contamination inspection
Vacuum Gripper Unit
for Collaborative Robots
ZXP7□01-X1 Updated Jul-20
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
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
Ejector System/Vacuum Pump System
ZK2□A Series Updated Feb-20
- 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
Magnet Gripper
ø16, ø25, ø32, ø50
MHM Series Updated Jan-20
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 Pad: Semiconductive
Silicone Rubber
ZP3-□HS□ Updated Dec-19
Silicone Rubber
ZP3-□HS□ Updated Dec-19
- Discharge static electricity gently. Prevent damage to electronic parts.
- Surface resistance: 106 to 109［Ω］
Vacuum Flow
ZH-X226/-X249/-X338 Series Updated Aug-19
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
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
Multistage Ejector
ZL112A Series Updated Sep-18
ZL112A Series Updated Sep-18
- Energy saving: Air consumption 10% reduction
- Weight Max. 60% reduction
ZL112A: 180 g ← Current model (ZL112): 450 g - 3 stage diffuser construction
Suction flow rate increased by 250% - 3 types of vacuum pressure sensors
- No tools are required! Maintenance labor can be reduced.
Vacuum Ejector
Supply valve: N.O. specification
ZK2□-X188/ZK2□-X211 Updated May-18
Supply valve: N.O. specification
ZK2□-X188/ZK2□-X211 Updated May-18
- Can hold vacuum even when the power goes out or is turned off
- Prevents the sudden dropping of workpieces
- Vacuum ejector with energy-saving function
Air consumption: 93% reduction
Vacuum Pad
ZP3P Series Updated Jun-17
ZP3P Series Updated Jun-17
- Good for film packaging applications where the shape of the workpiece changes easily from being lifted.
- Silicone rubber compliant with the FDA (USA Food and Drug Administration) 21CFR§177.2600 elution test is used.
- Blue colored pad
- Reduced leakage
- Reduction of wrinkles made on thin workpieces (film, vinyl, etc.) during adsorption
