Elephant Robotics myArm M750

The Elephant Robotics myArm M750 is an advanced 6-axis collaborative robotic arm designed for both educational and light industrial applications. This sophisticated manipulator combines precise motion control with intuitive programming interfaces, making it suitable for students, researchers, and small business automation. The M750 features integrated vision systems, multiple programming options including Python and ROS2, and impressive dexterity for complex manipulation tasks.

The myArm M750's compact design and collaborative safety features make it ideal for shared workspace environments. The arm's 6 degrees of freedom enable complex spatial movements, while its integrated gripper compatibility allows customization for specific applications. Advanced control systems and sensor feedback provide precision performance suitable for research and development projects.

Targeting educational institutions and research laboratories, the myArm M750 serves engineering students, robotics researchers, and development teams seeking professional-grade manipulator technology at accessible pricing. Ideal for teaching robotics fundamentals, prototyping automation solutions, and conducting computer vision research. Competitive advantages include extensive community support through GitHub and open-source repositories, native Python and ROS2 integration enabling rapid development, optional vision system for AI and machine learning applications, and modular design supporting diverse gripper and tool attachments.

• Degrees of Freedom: 6-axis collaborative arm design
• Payload Capacity: 1000 grams maximum lifting force
• Reach Range: 750mm extended reach workspace
• Positioning Accuracy: +/- 2mm repeatability
• Motion Speed: 1 meter per second maximum velocity
• Control System: Dual core industrial processor
• Programming Languages: Python, ROS2, C plus firmware
• Vision Integration: Optional HD camera system support
• Power Supply: 24V DC industrial power input
• Communication: Ethernet, USB, and wireless interfaces
• Gripper Compatibility: Multiple third-party gripper support
• Operating Environment: -10 to 50 degrees Celsius
• Weight: 6.5 kg lightweight aluminum structure
• Mounting: Tabletop or wall-mount compatible
• Developer Support: Active community and official documentation
• Communication Protocols: Ethernet and USB connectivity for reliable control
• Software Compatibility: Works with Ubuntu, Windows, and Mac operating systems
• End Effector Options: Compatible with pneumatic, electric grippers, and custom tools
• Mounting Flexibility: Tabletop, wall, or ceiling mounting options available
• Operating Temperature: -10C to 50C

• 6-Axis Collaborative Design: Safe human-robot interaction in shared spaces
• 750mm Extended Reach: Large workspace for complex manipulation
• 1kg Payload: Suitable for light industrial and research applications
• Python API Support: Simplified programming with popular language
• ROS2 Integration: Full Robot Operating System 2 compatibility
• Vision System Ready: Optional HD camera integration capability
• +/- 2mm Accuracy: Precise positioning for delicate tasks
• Torque Limiting: Built-in safety prevents excessive force
• Collision Detection: Automatic response to unexpected obstacles
• Multiple Interfaces: Ethernet, USB, and wireless control
• Gripper Compatibility: Works with industry-standard end effectors
• Educational Value: Ideal for robotics courses and research
• Compact Design: Lightweight aluminum construction
• Customizable: Extensive third-party accessory support
• Development Friendly: PyMyCobot library enables rapid application development with Python
• Open-Source Ready: GitHub repositories with thousands of community examples and solutions
• Precision Performance: Plus or minus 2mm repeatability enables picking small parts and precise placement
• Research Focused: Ideal platform for computer vision, machine learning, and AI algorithm development
• Real-time Trajectory Recording: Captures path data at 100Hz for quality assurance logging
• Gravity Compensation: Automatic load balancing maintains position without external power hold

The myArm M750 serves universities and educational institutions teaching advanced robotics, computer vision, and automation courses; many engineering programs use it as their primary collaborative robot platform. Research laboratories use the M750 for object manipulation experiments and algorithm development, particularly in areas like grasping research and deep learning applications. Small manufacturers and micro-factories automate light assembly, pick-and-place, and inspection tasks with customized configurations optimized for specific production workflows.

The M750 is particularly valuable for undergraduate and graduate students learning ROS2 and Python robotics programming through hands-on projects with real hardware. Research projects involving computer vision and machine learning benefit from the optional HD camera integration enabling AI vision algorithm development and testing. Development teams prototype robotic applications and automation solutions before scaling to larger industrial-grade systems, reducing development costs and time significantly. Startup companies use the M750 to rapidly prototype custom automation solutions for clients while keeping development costs manageable.

Unbox the myArm M750 and mount it securely on a stable surface using the included desktop base or mounting bracket. Connect the 12V DC power supply to the arm's power input port, then connect the USB cable to your computer. This establishes both power and communication with your system. Install the pymycobot Python library on your computer using pip with the command: `pip install pymycobot`. Download myStudio from the Elephant Robotics website, which provides a graphical interface for firmware management, joint calibration, and basic motion testing. Launch myStudio and run the initial joint calibration routine to ensure accurate positioning across all 6 axes before operating the arm in production mode.

After calibration, test basic motion capabilities by running the example Python scripts included in the pymycobot documentation repository. These scripts demonstrate fundamental operations like moving to specific joint angles, executing Cartesian path movements, and reading sensor feedback. For advanced integration, install the mycobot_ros2 package and configure your ROS2 workspace following the official setup guide in the documentation. The M750 supports both direct USB control for tethered laboratory setups and WiFi wireless operation for remote applications; configure your preferred communication mode through the myStudio interface. Test your complete setup by executing a few example trajectories and verifying that joint feedback matches commanded positions, indicating proper calibration and communication.

• Robot Arm Unit: Complete myArm M750 with all 6 axes
• Control Module: Integrated dual-core processor controller
• Power Supply: 24V industrial DC adapter
• Communication Cables: Ethernet and USB interface cables
• Gripper Adapter: Standard mounting plate for grippers

• myArm M750 User Manual (GitBook): https://docs.elephantrobotics.com/docs/myarm-master_750-en/
• Python SDK (pymycobot): https://github.com/elephantrobotics/pymycobot
• ROS Package: https://github.com/elephantrobotics/mycobot_ros
• ROS 2 Package: https://github.com/elephantrobotics/mycobot_ros2

This product is covered by the Elephant Robotics After-Sales Warranty Policy. The warranty covers defects in material and workmanship under normal use for the following component categories, starting from the date of product receipt.

Covered:

Mechanical Structure (joint connectors, joint shell, joint bearing, end flange, main body structure): 365 Days

Power Supply System (DC power supplies, cables, inverters): 365 Days

Control System (PCBs, main controls, electronic switches, relays, servo drives): 180 Days

Sensors (camera modules, ToF sensors, infrared distance sensors, laser modules): 180 Days

Actuators (servo motors, stepper motors, harmonic motors, cylinders, vacuum pumps): 90 Days

Other Accessories (screw packs, etc.): 365 Days

Not Covered:

- Improper use, installation, or maintenance contrary to the user manual

- Unauthorized modifications, repairs, or disassembly

- Mishandling or improper storage (impacts, falls, immersion)

- Use of non-original accessories, parts, or consumables

- Using power sources or voltage not in line with product specifications

- Force majeure (floods, earthquakes, typhoons, fires, wars)

- Packaging materials (cartons, sponges, paper supports)

Quality issues are judged by the Elephant Robotics after-sales technical support team. Replacement parts during warranty receive a 90-day warranty. Products must be reported within 7 days of receipt for replacement eligibility.