China · founded 2016
Elephant Robotics
Elephant Robotics, established in 2016 in Shenzhen, China, creates compact, cost-effective robotic arms and humanoids. Their products bridge professional and educational markets, emphasizing ease of use for various applications.
Platforms from Elephant Robotics
mechArm 270
This compact and lightweight 6-axis robotic arm is suitable for educational, research, and small-scale automation tasks. It is available with either a Raspberry Pi or M5Stack controller and supports multiple programming languages. The arm's integrated design and compatibility with LEGO components simplify small-scale applications like picking and drawing.
$799
Mercury A1
The Mercury A1 is a lightweight, seven-axis collaborative robotic arm from Elephant Robotics. It incorporates integrated harmonic drive modules and a controller, targeting applications in AI and robotics development, educational settings, and precise manipulation.
$4,999
Mercury B1
The Mercury B1 is a semi-humanoid platform featuring two seven-axis A1 robotic arms, capable of independent or cooperative operation. It integrates an NVIDIA Jetson controller with a 3D camera and touchscreen, supporting advanced interaction and machine vision tasks.
$11,999
myAGV
The myAGV is a compact mobile robot platform featuring Mecanum wheels for omnidirectional movement. It integrates a Raspberry Pi controller, lidar, and camera for autonomous navigation and SLAM. The chassis is designed for mounting robotic arms, forming a compound mobile-manipulator system.
Price on application
myBuddy 280
The myBuddy 280 is a humanoid collaborative robot with two six-axis arms mounted on a shared base. Powered by a Raspberry Pi, it features an interactive touchscreen and onboard cameras. This platform targets research and education, supporting open-source programming for dual-arm coordination and AI manipulation.
$1,699
Mycobot 280
The myCobot 280 is a six-axis collaborative robot arm, noted for its compact and lightweight design. It serves research, education, and maker communities. Available with various control platforms, it supports drag-and-teach programming and integrates with common robotics ecosystems, offering a range of end effectors.
$649
Mycobot 320
This six-axis collaborative robot arm is designed for educational, research, and light industrial applications. It offers broad programming language support, including ROS and Python, and integrates an ESP32-based controller. The arm prioritises an open, compact, and accessible design for developers.
$2,399
Mycobot Pro 600
A six-axis collaborative robotic arm engineered for light industrial manipulation tasks. It incorporates harmonic reducers and servo motors, controlled by a Raspberry Pi running RoboFlow. Features include collision detection and intuitive drag-and-teach programming capabilities for operational ease.
$8,799
myPalletizer 260
This compact, fully enclosed 4-axis desktop robotic arm is specifically developed for makers and STEM education. It features a streamlined, safe design and supports various programming languages. The arm operates across common desktop and mobile computing platforms for versatility.
$549
ultraArm P340
This desktop robotic arm is designed for educational and research purposes, offering affordability and multi-functional capabilities. It supports tasks like writing, engraving, and vision-based pick-and-place. The arm integrates with various accessories and platforms, ideal for practical training.
$999