The myArm series robots consist of multiple high-performance devices designed specifically for simulating and validating scenarios in education, scientific research, and commercial exploration. Each product offers precise control and highly modular configurations, making them essential for everything from basic educational purposes to advanced research projects.
Education and Research
The myArm series robots are designed specifically for education and research, supporting applications ranging from basic to advanced robotics. They offer precise operation and data collection capabilities, making them suitable for teleoperation, algorithm validation, and complex educational demonstrations in laboratory environments.
Creative Development
The myArm series robots provide a versatile development platform that allows creative developers to explore intelligent navigation and multitasking capabilities of robots. These robotic arms are ideal for developing experiments and simulation validations, such as automation control, human-machine interaction, and path planning.
Commercial Exploration
The myArm series robots offer advanced simulation and validation capabilities, suitable for simulating complex operations and validating new algorithms in commercial environments. They serve as ideal tools for verifying robot application scenarios, simulating disaster relief and other high-risk operations, reducing risks associated with actual operations, and lowering the costs of commercial validation.
Software Programming
The myArm series robots are highly valuable in the fields of education and research, particularly within the widely used development environments of Python and ROS (Robot Operating System). These environments provide robust support, enabling the myArm series robots to be extensively utilized in machine learning, artificial intelligence research, complex motion control, and visual processing tasks.
Python
ROS
myStudio
All-in-One Robot Firmware Management Platform myStudio has been completely upgraded, bidding farewell to the old version's inability to download the latest firmware online. With cloud-based updates and real-time synchronization, we aim to further enhance user experience.