SFG-FNC3-N4036 + high elasticity + Soft robot gripper
Soft robot gripper with elastic body finite element simulation technology
For the design of the soft robot structure, SRT has established its own laboratory for material mechanics and structural mechanics, and its dual-channel soft robot structure has been awarded an international patent. The core technology underlying this structure is the elastomer finite element simulation technology developed through extensive experimental comparison and verification.
In terms of manufacturing processes, SRT has built its own production workshops and has mastered the full set of process paths for soft body robotics. The company has successfully increased the lifespan of soft robots from thousands of cycles to 3 million cycles, reducing labour costs by 90%.
In terms of material research and development, SRT has built its own material science laboratory and developed a variety of silicone materials through long-term experiments with the features such as long-life, wear-resistant and anti-static.
| φb | 200 |
| Wn | 40 |
| Dn | 38-133 |
| Lb | 68.2 |
| Lt | 62.7 |
| Ln | 59.5 |
| L | 35.5 |
| Smax | 9 |
| Ymax | 13 |
| workpiece dimension range | 38-151 |
| load(g) | 2760 |
| product weight(g) | 642 |
| maximum working pressure | 100kPa |
| product life | 300w |
Our products are sold all over the world, you can rest assured.
