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Efficient Economical Robotic Systems Dexterous Hand For AI Education Research

HONPINE Efficient Economical Robotic Systems Dexterous Hand For AI Education Research HONPINE 07
HONPINE Efficient Economical Robotic Systems Dexterous Hand For AI Education Research HONPINE 07 - Image 2
HONPINE Efficient Economical Robotic Systems Dexterous Hand For AI Education Research HONPINE 07 - Image 3
HONPINE Efficient Economical Robotic Systems Dexterous Hand For AI Education Research HONPINE 07 - Image 4
HONPINE Efficient Economical Robotic Systems Dexterous Hand For AI Education Research HONPINE 07 - Image 5
Efficient Economical Robotic Systems Dexterous Hand For AI Education Research
Efficient Economical Robotic Systems Dexterous Hand For AI Education Research
Efficient Economical Robotic Systems Dexterous Hand For AI Education Research
Efficient Economical Robotic Systems Dexterous Hand For AI Education Research
Efficient Economical Robotic Systems Dexterous Hand For AI Education Research
Efficient Economical Robotic Systems Dexterous Hand For AI Education Research
Seller Store: Honpine Precision
Product Snapshot HONPINE / HONPINE 07
Stock 10
Lead Time On request
Brand HONPINE
Model HONPINE 07
Tool Function Robot Hand
Tool Type Dexterous
Condition New
$3,749.00
Your request goes directly to the supplier.
Features
Tool FunctionRobot Hand
Tool TypeDexterous
New / Used ?NEW

HONPINE 07 robot hand is a high-performance dexterous hand with 17 DoFs. Powered by self-developed motors, it balances cost control with reliable grasping and operation performance, meeting diverse application needs. It provides ROS plugins for secondary development, suitable for education & research, auxiliary grasping, and intelligent interaction—offering an efficient, economical dexterous hand solution for robotic systems.

Features

Human-Like Configuration & Multi-DoF

Highly mimics the human hand structure, enabling precise simulation

of various grasping and operation postures to adapt to complex task

scenarios.

 

Self-Locking & High-Torque Transmission

Self-developed worm gear drive system delivers strong high-torque

output and self-locking function, ensuring precise control and power-off

holding for enhanced safety.

 

Edge-Cloud Integration & One-Click Deployment

Innovative edge-cloud architecture leverages cloud skill libraries,

allowing quick deployment of operation skills without coding—lowering

usage thresholds and development difficulty.

Communication Methods

Tool FunctionRobot Hand
Tool TypeDexterous
New / Used ?New