Elephant Robotics myCobot 320 2022-m5 Pricing & Product Details

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myCobot 320 2022-m5 Pricing

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myCobot 320 2022-m5 Overview

What is myCobot 320 2022-m5?

The myCobot 320 2022-M5 is a high cost-efficiency six-axis robotic arm designed for education and scientific research applications. It is powered by the M5Stack, an open-source modular prototyping platform that provides a user-friendly and customizable interface for the robot.

One of the key features of the myCobot 320 2022-M5 is its high cost-efficiency, making it an affordable option for educational and research purposes. Despite its low cost, the robot arm is highly capable, with a payload capacity of up to 1 kg and a maximum reach of 350 mm, making it suitable for a wide range of tasks, including pick-and-place, dispensing, and assembly.

The myCobot 320 2022-M5 is also a collaborative robot, which means it can work safely alongside human operators without the need for safety barriers or cages. The robot has built-in torque sensors that can detect and react to any external force or pressure, ensuring the safety of operators and surrounding personnel.

The M5Stack platform provides a user-friendly interface for programming and controlling the myCobot 320 2022-M5. The platform includes a range of pre-built modules and sensors that can be easily integrated with the robot, as well as a range of programming languages, including Python and Blockly.

What applications is myCobot 320 2022-m5 product best for?

The myCobot 320 2022-M5 is best suited for a range of applications in education and scientific research, including:

1. Education:
The myCobot 320 2022-M5 is an ideal tool for teaching robotics and automation concepts in classrooms and labs. Its affordability, user-friendly interface, and collaborative capabilities make it accessible to students of all ages and skill levels.

2. Scientific research:
The myCobot 320 2022-M5 can be used for a wide range of research applications, including material handling, manipulation of small components, and testing of automated processes. Its customizable interface and open-source platform allow researchers to easily modify and adapt the robot for their specific needs.

3. Small-scale manufacturing:
The myCobot 320 2022-M5 can also be used in small-scale manufacturing operations, such as pick-and-place and assembly tasks. Its high payload capacity and collaborative capabilities make it a versatile option for improving productivity and efficiency in manufacturing processes.

4. Personal use:
The myCobot 320 2022-M5 is also suitable for personal use, such as for DIY projects, hobbyist activities, and small-scale automation tasks. Its low cost and easy-to-use interface make it an accessible option for individuals looking to experiment with robotics and automation.

Overall, the myCobot 320 2022-M5 is a highly capable and flexible collaborative robot that provides a cost-effective option for education and scientific research applications, as well as small-scale manufacturing and personal use. Its versatility, affordability, and user-friendly interface make it an ideal option for a wide range of applications and industries.

What are the specifications of myCobot 320 2022-m5?

Payload 1 kg
Reach 350 mm

myCobot 320 Reviews

  • Overall

    4.1/5 (1)

Yuxi Lu

Chiba University

Apr 11, 2023

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  • 2022
I am a Ph.D. student at Chiba University in Japan, and my research focuses on developing a soft surgical robot. The robotic arm I purchased from your company is a crucial component of the overall soft robot system. Its primary purpose is to support the soft robot's rotation and movement in different directions.
The support team always tride their best to answer my questions or support cases quickly and effectively.
Since the robotic arm is not my primary research focus, I do not have a lot of time to dedicate to its development. I have been searching for tutorial videos in Chinese or English to help me with the process, but I have not been successful. For example, I require a joystick to operate the robotic arm, but I was told by your technical support team that there are no relevant case studies or tutorial videos available. They suggested that I learn the required skills in robotic arm control, which can be difficult for a novice like me.I would greatly appreciate any technical support or cooperation opportunities that can help me better understand the robotic arm's operation.

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