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| Categories | Dexterous Robot Hand |
|---|---|
| Brand Name: | HONPINE |
| Model Number: | HONPINE L20 |
| Place of Origin: | china |
| MOQ: | 1 |
| Payment Terms: | T/T |
| Supply Ability: | 10000 |
| Delivery Time: | 1-20days |
| Packaging Details: | Carton with form |
| Degrees of Freedom: | 16 |
| Number of Joints: | 21 (16 active + 5 passive) |
| Transmission Type: | Linkage drive |
| Control Interface: | CAN/RS485 |
| Communication Rate: | 600kbps |
| Weight: | 1100g |
| Maximum Load: | 10kg |
| Operating Voltage: | DC24V±10% |
| Static Current: | 0.2A |
| Average No-load Operating Current: | 1A |
| Maximum Current: | 3A |
| Repeat Positioning Accuracy: | ±0.2mm |
| Opening/Closing Time: | 1.2s |
| Maximum Thumb Tip Force: | 18N |
| Maximum Four-Finger Tip Force: | 20N |
| Maximum Five-Finger Gripping Force: | 100N |
HONPINE L20 is a 21-DoF dexterous hand that accurately simulates natural human hand grasping with delicate operations. It adopts innovative linkage transmission and self-developed motors for high-precision movement, and supports force, vision, and tactile sensors—enhancing environmental adaptability and intelligent interaction via multi-modal perception. With high DoFs, multi-modal perception, and force-position hybrid algorithms, it is widely used in education & research, industrial automation, household assistance, and elderly care—providing precise, dexterous operation solutions.
21 DoFs (16 active + 5 passive) mimic human hand movements and
grasping to meet complex, fine operation requirements.
Configurable with force and electronic skin sensors to accurately detect
contact force, object shape, and close-range images—boosting
environmental adaptability and interaction intelligence.
One-click skill deployment from cloud libraries via edge-cloud
architecture, lowering thresholds and improving efficiency.
Robust structure resists impact, adapting to high-intensity training and
industrial scenarios. It supports self-developed data collection for data
farm construction and algorithm optimization.
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