|
| MOQ: | 1 |
| Cena £: | US $2800.00 - 3300.00/ Set |
| standardowe opakowanie: | Plastikowe pudełko + pianka |
| Okres dostawy: | 6 ~ 8 tygodni |
| Metoda płatności: | T/T |
| Wydajność dostaw: | 2000 zestawów rocznie |
ZWHAND dexterous hand is a multi-finger robotic end-effector developed by Zhaowei. It is a 5-finger tendon-driven anthropomorphic hand designed for humanoid robots, collaborative robots and research platforms. The hand focuses on cost-effective dexterous grasping with integrated force control and perception, and is part of China's growing domestic dexterous hand offerings for education, R&D and light industrial use.
| Parameter | Specification |
|---|---|
| Fingers | 5 fingers (anthropomorphic) |
| Active Degrees of Freedom | 6–8 (model dependent) |
| Total Joints | 12–15 (typical) |
| Drive System | Tendon-driven (micro linear servos or similar) |
| Sensing | Force/tactile sensors (integrated) |
| Control Mode | Position + force hybrid control |
| Communication | CAN / RS485 / EtherCAT (common in series) |
| Weight | ~400–600 g (lightweight series) |
| Gripping Force | 5–15 N per finger (typical) |
Please provide:
Wideo
Wideo
Wideo
|
|
| MOQ: | 1 |
| Cena £: | US $2800.00 - 3300.00/ Set |
| standardowe opakowanie: | Plastikowe pudełko + pianka |
| Okres dostawy: | 6 ~ 8 tygodni |
| Metoda płatności: | T/T |
| Wydajność dostaw: | 2000 zestawów rocznie |
ZWHAND dexterous hand is a multi-finger robotic end-effector developed by Zhaowei. It is a 5-finger tendon-driven anthropomorphic hand designed for humanoid robots, collaborative robots and research platforms. The hand focuses on cost-effective dexterous grasping with integrated force control and perception, and is part of China's growing domestic dexterous hand offerings for education, R&D and light industrial use.
| Parameter | Specification |
|---|---|
| Fingers | 5 fingers (anthropomorphic) |
| Active Degrees of Freedom | 6–8 (model dependent) |
| Total Joints | 12–15 (typical) |
| Drive System | Tendon-driven (micro linear servos or similar) |
| Sensing | Force/tactile sensors (integrated) |
| Control Mode | Position + force hybrid control |
| Communication | CAN / RS485 / EtherCAT (common in series) |
| Weight | ~400–600 g (lightweight series) |
| Gripping Force | 5–15 N per finger (typical) |
Please provide:
