Meca500 Robot Arm
Want to optimize your operations? save space? lower costs? maximize flexibility? Mecademic's Meca500 is your answer!
Communication:
Communication:
Programming languages:
Programming languages:
The Meca500 is by far the smallest and most compact six-axis industrial robot arm. It is also the most precise one. And unlike most other industrial robots—which are usually complex stand-alone systems—the Meca500 is a plug-and-work automation component. Our robot is a slave component rather than a master, which makes it very easy to integrate via any computer or PLC. The Meca500 doesn’t require any training courses, software installations, or additional options to purchase. It’s that simple!
0.005mm
Position Repeatability
0.5kg
Rated Payload
4.6kg
Robot Weight
Examples of use cases
Inspection & Testing
Extremely precise and easy to control, the Meca500 is often the most obvious choice for inspection & testing applications. Scientists can program and control the Meca500 in Python or any other modern programming language directly from their laptop and many complete their application in only a few hours. Chances are that your favorite smartphone or VR headset were designed thanks to our Meca500. But the Meca500 is also used to test very large parts, such as pipes, with the robot arm being mounted on a mobile robot.
Lab Automation
Though there are robotic platforms specifically designed for lab automation, the Meca500 is often preferred for handling test samples, when modularity is desired or when footprint is an issue. When larger distances need to be traveled, users employ conveyors or mount the Meca500 on a linear guide.
BENEFITS
Minimize
footprint
The Meca500 is smaller than any industrial robot arm. Featuring an embedded controller, it is also unbelievably compact.
Reduce
tolerances
Built with precision-machined aluminum and zero-backlash gearboxes, the Meca500 is the world’s most precise six-axis robot. It boasts a repeatability of 5 μm.
Facilitate robot arm integration
The Meca500 is a plug‑and‑work automation component, easy to interface with any computer or PLC. Easily operate the robot using any programming language you prefer.
Benefit from flexibility
The robot is easy to mount in any orientation. It automatically compensates for gravity, without requiring any software adjustments. This added flexibility enables easy integration in a wide variety of settings.
