HONPINE Dexterous Robot Hand: The Future of Embodied AI and Intelligent Robotics

Hello everyone, I’m Allen Li, founder of HONPINE.

Today, I would like to introduce HONPINE’s popular product lineup — the Dexterous Robot Hand series.

HONPINE’s Four Major Dexterous Robot Hand Series

● O6: Entry-Level Model

The World’s Lightest Production-Ready Dexterous Hand

370g Weight | 50kg Payload Capacity

The O6 is currently the world’s smallest mass-producible dexterous robot hand.

It weighs only 370 grams — approximately the size of a woman’s hand — yet it can lift up to 50 kilograms.

In the future, as embodied AI robots enter industrial applications, the O6 will become an ideal end-effector solution for industrial robotics.

● L20: The Mainstream Choice for Research & Industrial Applications

21 Degrees of Freedom 

The L20 dexterous hand features 21 degrees of freedom, fully matching the joints and motion capabilities of the human hand.

It can perform:

• Screw fastening in factories

• Needle threading

• Dumpling making

• Service-oriented household tasks

Through human skill data collection and AI training, human manipulation skills can be transferred to robots, enabling true skill inheritance.

● L30: High-End Tendon-Driven Version

25 Degrees of Freedom

The L30 adopts a tendon-driven structure, similar to the tendons in the human hand.

Its movement speed is three times faster than a human hand, making it ideal for advanced robotics research and high-speed extreme-motion training applications.

● Research Edition

Up to 42 Degrees of Freedom

An advanced dexterous robotic hand platform featuring technical specifications that surpass the Shadow Hand in multiple performance metrics.

Core Advantages & Technological Breakthroughs

1. Global Market Leadership

HONPINE holds over 80% market share in the global high-DOF dexterous hand market and is the world’s only company capable of delivering over 4,000 units per month at scale.

2. Full-Stack In-House Development

HONPINE possesses deep self-developed capabilities covering:

• Low-level drivers

• Core sensing technology

• Motor control systems

• High-level AI algorithms

This creates a complete integrated software and hardware ecosystem.

3. Self-Evolving Intelligent Agent Architecture

Powered by HONPINE’s proprietary:

• Cloud Brain AI System

• LinkerSkillNet Skill Library

(the world’s largest dexterous manipulation dataset)

The system continuously learns from real-world operation data, enabling robots to become smarter through continuous self-evolution.

4. AI4S Innovation Model

HONPINE has launched the world’s first AI model capable of invention and creation in the physical world — the Linker Genesis Foundation Model.

It enables a fully automated pipeline from:

Natural Language → CAD Design → G-code Generation → Physical Manufacturing

This represents a major breakthrough in robotic autonomous creation.

HONPINE’s Vision

At HONPINE, we are not simply building robotic hands.

Our mission is to digitally recreate the entire human dexterous skill library in robotic hardware.

Beyond developing dexterous hands, we aim to enable robots to possess human-like skills and ultimately achieve robotic self-manufacturing.

In the future, robots equipped with dexterous hands will not only assemble their own joints, limbs, and manipulators, but will eventually manufacture complete robots independently.

Only through robotic self-manufacturing can embodied AI robots truly enter:

• Homes

• Factories

• Commercial industries

• Every aspect of human society

Contact Us

Contact us today to learn more about HONPINE Dexterous Robot Hand solutions and receive detailed technical materials.