The Robot Operating System (ROS) is a set of software libraries and tools for building robot applications. From drivers to state-of-the-art algorithms, and with powerful developer tools, ROS has what you need for your next robotics project. And it’s all open source. See ROS
Our Robot Hand L10 is a high-performance dexterous hand with 20 DoFs. Equipped with self-developed motors and linkage transmission mechanisms, it ensures traction stability while enabling precise control and smooth movement. Widely used in education & research, piano performance, household assistance, and elderly care, it drives the advancement and implementation of intelligent robots and human-robot collaboration. It supports multimodal environmental perception via multiple sensors and is compatible with ROS/Qt environments (with standard ROS plugins for secondary development).
Our 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 and research, auxiliary grasping, and intelligent interaction, offering an efficient, economical, and dexterous hand solution for robotic systems.
Our DoF dexterous hand that accurately replicates fine human hand movements with millimeter-level operation precision. It uses advanced tendon drive and highly integrated mechatronic systems for stable movement and precise control. It supports multimodal perception (force, touch, vision) to enhance the reliability of real-time perception and interaction. With high DoFs, multimodal perception, and leading motion-control algorithms, it is widely used in industrial automation, medical assistance, and research experiments, providing a highly adaptable, reliable end-effector solution.
HackyPi is an educational tool for aspiring ethical hackers and coders. It enables users to explore topics including data logging, encryption, and coding. This tool is built around the Raspberry Pi RP2040 microcontroller, featuring a powerful ARM Cortex-M0+ dual-core processor.
CM motor is optimized for the X8 coaxial twin-propeller installation. Two ultra-thin stainless steel dust filters are added inside the stator. The split exhaust blade is added inside the rotor.
MyActuator RH-32 has a brake collaborative robot joint module, an innovative cross-roller bearing structure, and an EtherCAT gigabit bus. It features a military-grade cross-roller bearing design, a breakthrough integrated hollow structure, and an internal through-hole diameter of 10-24mm, supporting multi-wire harness integration.
