0.04mm Positioning Accuracy Soft Robotic Finger For Automobile Industry
N5041+High positioning accuracy+Soft robot finger
Soft robot finger with repeatable positioning accuracy of up to 0.04mm
The emergence of the soft robot finger solves the problem of gripping and handling shaped and fragile objects in the industrial sector. The main components are made of flexible materials and the variable stiffness structure enables the same finger to grasp objects of different sizes, shapes and weights, and to do so without damage while maintaining high speed. The technical principle underlying the design and manufacture of the flexible action unit is the principle of anisotropic deformation of super-elastic materials under pressure.
| W/mm | 50 | |
| L/mm | 40.5 | |
| Ln/mm | 66 | |
| T/mm | 31.5 | |
| X/mm | 1.5 | |
| A/mm | 48 | |
| B/mm | 27 | |
| Smax/mm | 12 | |
| Ymax/mm | 17 | |
| weight/g | 104.3 | |
| fingertip thrust/N | 19 | |
| load coefficient of individual finger/g | vertical | 710 |
| pack | 1200 | |
| working speed/cpm | <110 | |
| product life/bout | >300W | |
| working pressure | -60～100kPa | |
| Connection diameter | 6mm | |
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