Description
JetCobot is a 7-axis visual collaborative robotic arm. It uses the NVIDIA series development board as the main control board. It adopts a configuration similar to the UR robot, flexible movement, and maximum effective arm span of 270MM. Through the ROS robot operating system and inverse kinematics algorithm, the robotic arm coordinate control, motion planning, gripping and sorting functions are realized. It equipped it with a 0.3MP USB camera, combined with OpenCV images, machine vision, deep learning and other algorithms, can complete color interaction, face tracking, label recognition, model training, gesture interaction and other functions. In addition to supporting MoveIt simulation control, JetCobot also supports handle, PC web control.
High-precision control and flexible movement
JetCobot adopts a 7-axis design, has a configuration similar to the UR robot, and with the inverse kinematics algorithm, it ensures flexible and precise motion control. The maximum effective arm span is 270MM, the joint rotation range is -153°~153°, and it can handle a variety of complex operation tasks.
Camera and robotic arm 2 in 1
Equipped with a 0.3MP USB camera with a 110° field of view. Combining OpenCV image processing, machine vision and deep learning algorithms, JetCobot can realize functions such as color interaction, face tracking, tag recognition, model training and gesture interaction.
Based on NVIDIA series development boards
With NVIDIA series development boards as the main control, JetCobot has powerful computing power and AI processing capabilities, which can efficiently process complex vision and control algorithms to ensure real-time response and efficient execution.
Support multiple control methods
Based on the ROS robot operating system, JetCobot can realize MoveIt simulation control, and also supports handle control and PC web control to meet the needs of different users.
Tutorials Link
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Customer Reviews
The packaging was very secure, with foam padding thoroughly protecting the robotic arm and all its accessories. The logistics were fast, and I received the package just a few days after placing my order.
I only purchased the basic B01 development board for test.
The robotic arm has a sleek and attractive design, and installation is straightforward as the main body is pre-assembled. The metal protective case effectively prevents dust accumulation, which is particularly important given the challenging environmental conditions here. Its movements are highly flexible, with precise grasping, lifting, stacking, and object recognition capabilities. Most importantly, the MediaPipe AI interaction feature is highly engaging, which has captivated both my colleagues and students. I believe it can serve as our signature educational tool.
Therobotic arm is AMAZING, flexible as well as accurate! The complete information and tutorials have made my robotics course so much smoother! It gives me a very quick and accurate response, couldn't ask for anything better!
The service was great, UPS International Logistics delivered to the US very quickly and help with import duties was much appreciated, which greatly eased my burden!
Except for the slow logistics, everything else is good.
UPS service is the worst in my city, switching to DHL or FedEx will reduce a lot of trouble.
The kit is very easy to use.
The assembly process is simple and clear, and the accompanying tutorial is detailed. Controlling the robotic arm through Python programming allows me to easily achieve complex AI vision tasks. The technical support was very helpful.
QUESTIONS & ANSWERS
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I am a Deputy Technical Manager at the University of West of England Bristol Robotics Lab and we are preparing to purchase 10+ YahBoom Robot Arms. There are no width dimensions for the Robotic Arm Bottom Plate or the views in your dimension drawings. I am looking at how they will be setup in one of our teaching labs using ROS2. Please can you provide me access to the 3D file so that I can plan mounting and positions. Many Thanks
Hello, the images show the corresponding parameters for the robotic arm and baseplate, which can help you plan your lab. The 3D model can be found at this link:
https://drive.google.com/drive/folders/1DPJp4ByiZvGxHmBm3SymkyipQxkkt7h3?usp=drive_link
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What is the payload?
Max Payload: 150g