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Direct factory engineering supply of high-performance lightweight collaborative robots, desktop multi-axis robotic manipulators, omnidirectional autonomous mobile robot platforms, end-effectors, and biomimetic robotics engineered by Shenzhen Elephant Robotics Technology Co., Ltd. Our turnkey industrial supply program covers ultra-compact 6-axis myCobot 280 articulated arms, industrial-grade myCobot Pro 600 cobots with integrated harmonic drive reducers, high-rigidity mechArm 270 units, 7-DOF redundant kinematic myArm 300 teleoperation platforms, high-precision stepper ultraArm P340 units, 4-axis myPalletizer 260 systems, 13-DOF dual-arm myBuddy 280 humanoids, Mecanum-wheeled myAGV mobile bases, and MarsCat autonomous bionic robotic animals for factory automation, advanced AI robotics research, and STEM education.
World's most compact 6-axis collaborative robotic arm weighing only 850 grams. Built with precision magnetic encoder servos and multiple controller variants including M5Stack ESP32, Raspberry Pi 4B, Arduino, and NVIDIA Jetson Nano. Delivers smooth handling for 250g payloads across a 280mm reach envelope.
Commercial and industrial grade 6-axis collaborative robots engineered for higher payload and industrial environments. The flagship myCobot Pro 600 features high-precision harmonic reducers and brushless DC servo motors, supporting 2kg payload across a 600mm working radius via roboFlow OS.
Six-axis desktop robotic arm designed with traditional industrial articulated kinematic structure. Delivers superior structural rigidity and dynamic angular agility in a compact 1kg desktop form factor, handling 250g payloads over a 270mm reach.
Highly agile 7-degree-of-freedom robotic arm featuring redundant kinematics that mimic the flexibility of a human arm. The 7th joint enables obstacle avoidance without altering the end-effector pose, while myArm M&C teleoperation kits allow zero-lag master-slave control.
Four-axis desktop robotic arm powered by high-precision microstepping motors delivering ±0.1mm repeatability. Purpose-built for high-accuracy desktop tasks including laser engraving, fluid dispensing, drawing, and precision pick-and-place.
Compact 4-axis palletizing robotic arm featuring parallel-link kinematics engineered specifically for industrial palletizing, depalletizing, sorting, and warehouse simulation workflows.
Integrated 13-degree-of-freedom dual-arm robotic system composed of two independent 6-DOF myCobot arms, a motorized torso joint, a 7-inch interactive display screen, and dual HD stereovision cameras for complex bimanual manipulation.
Series of omnidirectional mobile robotic platforms utilizing Mecanum wheels, 360-degree LiDAR SLAM navigation, built-in battery packs, and open ROS interfaces. Ideal mobile base for compound robot manipulators.
World's first fully autonomous bionic robotic pet cat powered by a quad-core Raspberry Pi 3B and 16 servo motors. Features an integrated 5MP camera, TOF laser rangefinder, 6 capacitive touch sensors, microphone, and open Python SDK.
Comprehensive ecosystem of official end-effectors, vision accessories, and replacement spare parts for Elephant Robotics robots: adaptive 2-finger grippers, pneumatic vacuum pumps, suction cup arrays, soft flexible grippers, eye-in-hand cameras, servo motors, and cables.
Our senior robotics application engineering team performs thorough 3D workspace modeling, kinematic trajectory analysis, and dynamic payload calculations strictly tailored to your exact manufacturing process requirements: determining optimal degrees of freedom (ranging from 4-axis SCARA/palletizing layouts to 6-DOF articulated arms and 7-DOF redundant kinematic arms for joint null-space obstacle avoidance), evaluating tool flange inertia including vision cameras, pneumatic suction cups, and motorized grippers, and selecting the optimal computing architecture (M5Stack ESP32, Raspberry Pi 4B, Arduino, or NVIDIA Jetson Nano/Orin). We guarantee optimized cycle times, maximum motion smoothness, and structural reliability across all operating trajectories.
We supply fully integrated turnkey composite robotic systems, automated sorting cells, and pre-configured mobile manipulation workstations: composite mobile manipulators seamlessly combining myCobot, mechArm, or myArm robotic arms with Mecanum-wheeled myAGV mobile bases featuring 360-degree LiDAR SLAM autonomous navigation, onboard high-capacity battery power management rails, and ROS2 multi-agent orchestration. We also deliver 13-DOF dual-arm myBuddy 280 humanoid stations and plug-and-play modular robotics training cells equipped with smart miniature conveyors, automated part-feeding trays, optical vision alignment sensors, and fast-change modular end-effectors pre-assembled, proof-tested, and joint-zero calibrated before global shipment.
Elephant Robotics products are powered by an extensive, open-source developer software ecosystem: official Python SDK (pymycobot), intuitive graphical drag-and-drop Blockly programming, myStudio firmware utility, roboFlow OS, and certified ROS1/ROS2 packages including MoveIt motion planning, RViz 3D state visualization, and Gazebo dynamic physics simulation. The open software architecture enables seamless connection with OpenCV computer vision pipelines, YOLO object recognition neural networks, and PyTorch deep reinforcement learning frameworks for embodied AI and automated optical inspection applications.
Direct manufacturer export of authentic robotic arms, mobile platforms, replacement magnetic encoder servos, harmonic drive assemblies, power modules, and specialized industrial data cabling. We provide full manufacturer warranty coverage, integration engineering assistance, CAD STEP mechanical models, circuit wiring schematics, and factory joint zero-calibration guides to ensure maximum operational uptime across research, commercial, and production installations.
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