Robot hand
Model | (diameter) (mm) |
Gripping force F (Note 2) | Repeatability (mm) |
Mass (kg) |
Air consumption (cm3/round trip) |
Working air pressure (MPa) |
Operating temperature (℃) |
||
---|---|---|---|---|---|---|---|---|---|
distance (Note 1) L(mm) |
O.D. Gripping (N) |
I.D. Gripping (N) |
|||||||
NTS311 | 20 | 20 | 1810 | 1930 | ±0.01 | 1.21 | 112 | 0.2~0.8 | 5~60 |
Note 1: The measurement distance is the distance from the top surface of the master jaw to the gripping centre.
Note 2: Value at supply air pressure 0.6 MPa.
Note 3: Applicable models will be added in the future.
・URCaps-compatible setup guide
1. Click the link below to download the software file.
2. Install the file on the robot's teach pendant.
Click the model number and the gripping force diagram will be displayed. The gripping force, F is a product of the actual gripping force per jaw, F1 and the number of jaws
The gripping force will be calculated by the gripper model, air pressure, and other gripping conditions.
Calculate gripping forceWide variety of world’s standard power chuck
High gripping force & stability to suit various requirements
Necessary item for Quality control and Safety
Standard Manual Chucks suit to a high-mixture of work pieces and low-volume production.
High performance Rotary Cylinder is integral to for the operation of a power chuck and extracts the maximum capability of the chuck.
Compact & high accuracy Combination with chuck is available.
Tail stocks, tail spindles, rotary joints, rotary chucks and others
Toggle joint mechanism Long jaw stroke
Stationary power chuck with built-in cylinder
Kitagawa's original grippers with high-quality and high-durability
Strongly support factory automation and unmanned operation
Various catalogues can be downloaded.
Various flyers can be downloaded
Information on discontinued products is posted.