Empowering Education with Next-Generation Robotics Built on ROS/ROS2

The x-Arm Cobot, a Robot Operating System (ROS), is a powerful, collaborative robot designed to revolutionize STEM and career technology programs. It offers industrial-grade performance with user-friendly features.

Accelerating Innovation & Growth

The growth of open-source robotics has been remarkable, with platforms like the Robot Operating System (ROS) leading the charge. THe global robotics market, valued at over $45 billion in 2020, is projected to grow a CAGR of over 20 % through 2032, largely driven by the adoption of open-source technologies.

ROS alone has thousands of developers and contributors, with over 700 companies building robotic systems in industries renging from manufacturing to healthcare. This shift toward open-source has reeduced development costs, deployment costs and accelerated innovation, allowing smaller startups to flourish and compete.

Why is this important to academia?

Over the next 10 years, one of the largest growth segments for robotics is expected to be with small to medium businesses. We believe it's reasonable to conclude that this customer base will widely adopt open-source robotics due to lower acquisition costs and ease of programming.

This creates a significant job growth potential for those familiar with open-source systems.

Why Choose an x-Arm Cobot from Open Source Solutions?

ROS BY THE NUMBERS

Industrial Adoption Drivers

Cost Reduction
Collaborative Innovation
Customization
Scalability

ROS Data

ROS downloads: 26.7M
ROS2 downloads: 17.7M
ROS tool downloads: 212M

ROS Users

740+ Companies and Organizations
Amazon, NASA, Boston Dynamics, iRobot, Intel, Fetch Robotics, & more...

ROS Consortium

AWS, 3M, Intel, Johnson & Johnson, BOSCH, Microsoft, Siemens, CAT, Boeing, Volvo, & more...

Discover the Power of Our Collaborative Robot

6 Degrees of Freedom: Unmatched flexibility for any task.
Versatile Payload Options: Handle loads from 1 to 11 lbs with ease.
Premium Construction: Built with durable carbon fiber and aluminum.
High Precision: Industrial-grade harmonic drive and servo motors.
Reliable Performance: 17-bit encoders engineered for 24/7 operation.
Exceptional Accuracy: Achieve repeatability from 0.05 to 0.002mm.
Extend Reach: Operate within a range of 440 to 850mm.
Comprehensive Support :USA-based assistance, installation, and training.
Comprehensive Curriculum: Get started for under $6k.

Solutions for Every Educational Need

Empower your students with hands-on robotics experience using out innovative and high-quality solutions.

Drag and drop to create your code in minutes.
Fully functional open-source Python & C++ SDK.
ROS/ROS@ packages are ready-to-go.
Example codes included to help deploy the robotic arm faster.

Curriculum Overview

Module 1: Principles of Robotics

Designed for STEM & Career Technology programs
Foundational instruction
Quizzes
Hands-on labs

Module 2: Programming the Robot

Learn to create process automation functions
Expand automation functionality
Our modules provide comprehensive, hands-on learning experiences that equip students with the skills needed for future technological careers.

Accessories

Mechanical Gripper
Vacuum Gripper
Bio Gripper
Slide Base Motor
T-Slot Workstation
DC Control Module

Find out why schools around the world are choosing Open Source Solutions for their robotics program.

Tailored to fit your educational program, whether you're a middle school, high school, college, or university.

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