1 Product Overview
myArm Controller 650
General 6 Degree of Freedom Robot Motion Data Acquisition Device
Product Introduction
The myArm C650 is a highly adaptable general-purpose robotic arm with 6 degrees of freedom, expandable to 7 degrees of freedom to meet a wider range of application needs. As a motion data acquisition device, the robotic arm is equipped with end-effector finger controllers and two smart buttons to make operation more intuitive and precise. With an efficient controller (C stands for Controller), the device can output end-effector coordinates or joint angles at a frequency of 50Hz, suitable for research, development, end-to-end AI data collection, and industrial robot teaching applications.
As an important tool for research and development, the myArm C650 serves as a hub for education and research, dedicated to providing perfect solutions for various data collection tasks. Its high flexibility and modularity enable it to handle various complex operations and tasks, demonstrating outstanding performance and reliability in both educational environments and high-demand industrial applications.
Design Philosophy
The design philosophy of the myArm C650 general-purpose intelligent robotic arm is based on a deep understanding of the current needs in technology education and research fields. Rapid advancements in fields like machine learning and artificial intelligence demand experimental equipment that not only has general functionality but also flexibility and precision. The design aims to meet these complex requirements, providing a solution that is both flexible and precise, adaptable to various application scenarios.
Design Goals
| Design Goals | Description | Application Scenarios and Features |
|---|---|---|
| Universal Multi-functional Platform | The myArm C650 is suitable for various application scenarios such as education, research, and commercial demonstrations. | Its six degrees of freedom and 750mm arm span support complex motion control in various work environments, such as precise positioning and path planning. |
| Support for Research and Education | The myArm C650 is particularly suitable for machine learning and artificial intelligence research, capable of performing high-precision experiments and technical demonstrations. | It supports end-to-end data training and reproduction, as well as basic vision tasks, making it an ideal device in laboratories. |
| Programmability and Scalability | The high programmability of the myArm C650 allows users to customize and program it according to emerging technologies to meet future technological demands. | Through user-defined programming, the device can achieve optimized operations and experimental results, meeting the evolving needs of research and development. |
| Technological Innovation and Knowledge Dissemination | The myArm C650 serves as a platform for showcasing the latest technological advancements in commercial exhibitions, aiming to enhance public understanding and interest in technology and promote the commercialization of technological innovations. | By showcasing and demonstrating the latest technological advancements, it increases public engagement, promotes the popularization of technological knowledge, and enhances market acceptance of technological products. |
Product Features
| Feature | |
|---|---|
| 6 Degree of Freedom Robotic Arm | Mimics the flexibility of human arms, capable of multi-angle and multi-directional remote control. |
| Universal Data Acquisition | Suitable for a wide range of data collection needs, such as motion information and environmental parameters. |
| Centrally Symmetrical Configuration | Optimized design ensures stability and precise operation. |
| Modular Body Design | Facilitates upgrades and maintenance, supporting customization needs. |
| Ergonomic Grip Handles | Enhance user comfort and accuracy during operation. |
| Multiple Connection Methods | Supports USB, wireless networks, Bluetooth, ensuring flexible application scenarios. |
| Programming and Development Support | Compatible with Python and ROS, suitable for developers at all levels. |
| High Precision Magnetic Encoders | All joint motors are equipped with 4096-bit encoders, providing precise control. |
| High-Speed Data Sampling | Up to 200Hz sampling rate captures subtle movements. |
| Built-in Display and Custom Software | Provides real-time feedback on the robot's status, enhancing user interaction experience. |
Product Value
| Enhanced Research and Development Capabilities | Supports complex data analysis and algorithm development through high-precision and high-speed data acquisition, driving technological innovation. |
| Improved Educational Quality | As a hub for education and research, provides a platform for practical operations, helping students and researchers deepen their understanding of robotics technology and AI applications. |
| Adaptation to Industrial Application Needs | Modular and customizable design makes it highly efficient in industrial automation, enhancing production efficiency and accuracy. |
Industry Contributions
| Promotion of STEM Education | Inspires students' interest in science, technology, engineering, and mathematics fields by providing advanced teaching tools, cultivating future innovators. |
| Promotion of Technology Adoption | By providing easy-to-use and highly flexible robot platforms, reduces technological barriers, allowing more institutions to access and utilize advanced robot technology. |
| Stimulation of Innovation and Personal Development | Provides an open platform for developers and engineers, supporting interdisciplinary learning and innovation, nurturing key talents for the future development of robotics technology and related fields. |
2 Product Applications
User Groups
| Higher Education Institutions and Research Laboratories | The myArm C650 is designed as a teaching and research tool for high-precision experiments and technical demonstrations. It effectively supports complex data analysis, algorithm development, and validation activities, significantly enhancing research quality and educational effectiveness. |
| Technical Developers and Engineers | With support for Python and ROS environments, the myArm C650 is suitable for professionals requiring personalized programming and system integration. Its modular design and high programmability make it an ideal platform for developing and testing new control algorithms or robot applications. |
| Business Demonstrations and Public Exhibition Organizers | With its precise operation advantage, the myArm C650 becomes the preferred equipment for technology exhibitions and product demonstrations. Dynamic demonstrations not only attract audiences but also enhance engagement, effectively promoting technological innovation and products. |
| Innovative Enterprises and Startups | The myArm C650 provides strong support for companies seeking to integrate cutting-edge robot technology to enhance product functionality or optimize production processes. Its excellent performance and adaptability make it an ideal choice for exploring new technologies and solutions. |
Application Scenarios
| User Groups | Application Scenarios | Key Advantages |
|---|---|---|
| Teachers and Students in the Education Sector | - STEM Education - Robotics Projects - Interdisciplinary Research Projects - Education and Research |
- Increase student interest in technology - Enhance hands-on and problem-solving skills - Foster innovative thinking and teamwork - Provide a practical platform for data collection and robotics learning |
| Researchers and Technical Developers | - Prototype Development - Experimental Research - Algorithm Testing and Validation - End-to-End AI Data Collection - Industrial Robot Teaching |
- Accelerate research progress - Bridge theory and practice - Drive technological innovation - Support complex data analysis and high-precision experimental needs |
| Business Demonstrators and Marketing Professionals | - Exhibition Displays - Technology Demonstrations - Brand Promotion |
- Attract potential customers and investors - Showcase company's technical prowess and innovative products - Enhance brand influence |
| Industrial Application Professionals | - High-Demand Industrial Applications - Data Collection and Analysis - Robot Automation Operations and Testing |
- Improve production efficiency and operational accuracy - Support efficient industrial automation and customized production - Provide flexible modular design and scalability capabilities |
3 Supported Expansion Development
The myArm series robotic arms are highly valuable in the education and research fields, especially in the widely used development environments of Python and ROS (Robot Operating System). These environments provide powerful support, allowing myArm series products to be widely used in tasks such as machine learning, artificial intelligence research, complex motion control, and visual processing.
| Python | - Provides standardized robot driver libraries, available for download and installation via PyPI - Supports querying joint angle data, Cartesian coordinate data, servo motor encoder data, motor speed, temperature, current, etc. - These features make the myArm C650 suitable for basic education and research scenarios, especially in data collection and preliminary robot control. |
| ROS | - Supports both ROS1 and ROS2 versions, providing RVIZ simulation environment support. - Allows users to display real-time status information of the robotic arm and data acquisition, making C650 suitable for ROS beginners and educational purposes. |
| Hardware Interfaces | - Including IO, USB, etc., convenient for connecting various sensors and actuators. |
| Software Libraries | - Provides rich open-source libraries and APIs to simplify the development process. |
| System Compatibility | - Compatible with Windows, Linux, MacOS, adapting to multiple development environments. |
4 Purchase Links
If you are interested in purchasing this device, please click on the links below:
Taobao: https://shop504055678.taobao.com
Shopify: https://shop.elephantrobotics.com/
AliExpress: https://elephantrobotics.aliexpress.com/store/1101941423