Open Automation Lab
teach industrial robotics and automation at a fraction of the cost
Robotics, Automation, Programming & Integration Lab
1. Collaborative Robotic Arm
xArm Lite 6x
Payload 1.3 lbs.
1x Mechanical Gripper, 1x Vacuum Gripper, Control Software, PreLoaded Programming, Thorough QC/Testing, US-based Support, 30-min virtual install help, Carrying Case and a Blockly Programming Guide
2. Open Automation Lab
24v Variable Speed Motor w/ Proximity Sensor, Pick & Place Module, Palletizing Module & LED Signal Light
3. Curriculum
Systems Integration & Programming Labs; complete semester
4. T-Slot Workstation & Laptop Holder
Aluminum, L 39" x W 18" x H 27"
Cost-Effective, Industrial Robotics & Automation
For the price of one proprietary system, move your robotics program to a 1:1 learning environment
Curriculum supports effective learning with comprehensive programming & Integration labs
OPEN AUTOMATION LAB
Includes:
Lite 6x
24v Conveyor
Pick & Place
Palletizing
LED Signal Light
T-Slot Workstation
Laptop Holder
Curriculum
CURRICULUM
Secondary & Post-Secondary
Blockly Programming Guide: Programming Fundamentals & Basic Process Functions, INCLUDED with Every Cobot Purchase.
Secondary & Post-Secondary
Open Automation Lab: Conveyor, LED Signal Light, Pick & Place Module, Palletizing Module, Gripper Control (mechanical & vacuum); Integration & Programming.
EDU customers get MORE with every xArm cobot from OSS
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A Blockly Programming Guide: Process Functions and Programming Logic for Industrial Robotics.
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USA-Based Support
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30-min Virtual Install Help
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Available On-Site Installation & Training
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Preloaded Programming
the growth of open-source robotics, democratizing technology
Open-source technology is creating a paradigm shift in the industrial world. It is democratizing technology, making industrial robotics more accessible, scalable, customizable, easier to program, and easier to support. Companies and organizations such as Amazon, GigaFactory, SpaceX, Intrinsic (Alphabet), and NASA utilize open-source robotics to enhance their industrial automation processes daily.
This trend began in 2007 when the Robot Operating System (ROS) was developed at Stanford University. Since then, open-source technology has continued to impact and shape the field of robotics significantly. One of the most notable effects is the reduction in costs, which has made industrial robotics more accessible to a wider audience.
We recognize the shift in the commercial sector from proprietary systems to the need for new tools that prepare tomorrow's workforce. Our focus is on providing cost-effective, industrial-level robotics and automation lab solutions built on open-source technology for STEM education in K-12, college, and university programs. Open-source robotics and automation labs teach students real-world skills related to programming and integration for industrial automation.
For the cost of one proprietary robotic arm, we can help your educational program move closer to a 1:1 learning ratio, offering a more effective hands-on learning experience for your students.