The Kyber Labs Hand is a five-fingered robotic manipulator built by Kyber Labs. The design emphasizes backdrivability, compliance, and affordability. It moves fluidly and adapts to its environment, making it ideal for delicate tasks, assembly, or AI-driven robotics platforms.

An affordable, research-focused robotic hand that combines dexterity, tactile sensing, and accessibility for advanced manipulation tasks.

The Linker R30 is a high-dexterity robotic hand with human-like movement, designed for precise, adaptive manipulation in robotics, automation, and research applications.

The M1.0 by Mimic is a high-precision robotic hand that blends human-like dexterity with industrial-level strength, offering smooth control, reliable durability, and easy integration for advanced robot applications.

The Mia Hand Mk2 is a lightweight anthropomorphic robotic hand designed for humanoid robots, automation systems, and research platforms. It combines human-like grasping with a compact and robust design, allowing robots to manipulate tools and everyday objects efficiently.

OmniHand is a lightweight, human-like robotic hand with advanced sensing and gesture capabilities, designed to enhance manipulation on humanoid and robotic platforms.

The OrcaHand is a human-like robotic hand built for dexterous manipulation and robotics research. It combines a tendon-driven mechanism with multiple degrees of freedom to reproduce natural finger motion. As a result, the hand can grasp and manipulate a wide variety of objects while remaining flexible for experimentation and integration into humanoid robotic systems.

The OrcaHand Lite is a lightweight, human-like robotic hand designed for practical manipulation and easy integration. It offers reliable grasping performance while keeping a simplified and cost-efficient design for robotics research and applications.