St Robotics Pneumatic Parallel Robot Gripper
Technical Document
Specifications
Brand
St RoboticsGripper Type
Pneumatic
End Effector
Parallel
Number of Fingers
2
Gripping Force
18 → 60N
Stroke
8mm
Country of Origin
United Kingdom
Product details
ST Robotics PG17 Pneumatic Gripper for R17
The PG17 pneumatic gripper designed for the R17 robot arm uses linear slides which enable high accuracy and repeatability. The basic option comprises of a pneumatic circuit and one gripper with 4 tapped holes for extra mounts enabling the fitting of customised fingers.
Features and Benefits
• Maximum stroke per finger: 3 mm (6 mm total)
• Gripping force: 18N-60N (0.2 MPa - 0.7 MPa pressure)
• Finger type: 2 tapped through holes per jaw
• Repeatability: +/- 0.01 mm
Product Application Information
Due to the high gripping force, this pneumatic gripper is ideal for use in high payload scenarios. It can also be applied in pick and place routines, working with a track or integration with item manipulation procedures.
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SR 7,836.87
Each (ex VAT)
SR 9,012.40
Each (inc. VAT)
1
SR 7,836.87
Each (ex VAT)
SR 9,012.40
Each (inc. VAT)
1
Technical Document
Specifications
Brand
St RoboticsGripper Type
Pneumatic
End Effector
Parallel
Number of Fingers
2
Gripping Force
18 → 60N
Stroke
8mm
Country of Origin
United Kingdom
Product details
ST Robotics PG17 Pneumatic Gripper for R17
The PG17 pneumatic gripper designed for the R17 robot arm uses linear slides which enable high accuracy and repeatability. The basic option comprises of a pneumatic circuit and one gripper with 4 tapped holes for extra mounts enabling the fitting of customised fingers.
Features and Benefits
• Maximum stroke per finger: 3 mm (6 mm total)
• Gripping force: 18N-60N (0.2 MPa - 0.7 MPa pressure)
• Finger type: 2 tapped through holes per jaw
• Repeatability: +/- 0.01 mm
Product Application Information
Due to the high gripping force, this pneumatic gripper is ideal for use in high payload scenarios. It can also be applied in pick and place routines, working with a track or integration with item manipulation procedures.