Zwhand Humanoid Robot Hand Multi-Axis Tactile Sensor Tactile Dexterity Hand for Home Robot

• Automatic Grade: Semi-Automatic
• Control System: Artificial Intelligence Control
• Payload Capacity: 50 kg
• Model NO.: ZWHand-DM 17
• Reach: 800 mm
• Brand: Zwhand
• Applicable Industries: Prosthetic Humanoid Robot and Artificial Intellige
• Showroom Location: None
• Video Outgoing-Inspection: Provided
• Machinery Test Report: Not Available
• Marketing Type: Ordinary Product
• Warranty of Core Components: Not Available
• Applicable Product: Electromechanical Bionic Dexterous Hand
• Feature: High Efficency Carring
• Application: Industrial Automatic
• Transport Package: Standard Packaging or According to Client's Requir
• Specification: 257mmx94mmx52mm
• Trademark: zwhand
• Origin: Shenzhen
• HS Code: 8483409000
• Production Capacity: 5PCS/Day

Product Description

 

ZWHAND Robotic Dexterous Hand
It integrates hollow cup motor, precision planetary reducer and sensor, and realizes bionic dexterous finger joint control through linking, which is widely used in driving scenarios such as robots, medical equipment, and industrial automation.
Zhaowei Electromechanical Bionic Dexterous Hand
Zhaowei Bionic Dexterous Hand integrates the research and development of structure, software and hardware systems. It is mainly used in the field of robotics and can be used with various flexible robots. It has the characteristics of multiple degrees of freedom and high power density, and can complete complex and dexterous grasping movements.

1,Multi-degree-of-freedom control: 17 or 20 degrees of freedom
2,Complex drive control: finger joint motor independent drive
3,Integrated sensor: fingertip integrated sensor to achieve precise positioning and control

 

Basic parameters
Hand length	257mm Can be customized
Hand width	94mm  Can be customized
Hand thickness	52mm  Can be customized
Active freedom	17-20
Motion joints	15
Weight	<=1kg
Lond	>3kg
ZWHAND bionic robot dexterous hand integrates the research and development of structure, software and hardware systems. It is mainly used in the field of robotics and can be used with various flexible robots. It has the characteristics of multiple degrees of freedom and high power density, and can complete complex and dexterous grasping movements.