MCS500 – The World’s Most Precise SCARA Robot
Compact. Precise. Effortlessly Integrated.
The MCS500 is Mecademic’s ultra-compact SCARA robot engineered for seamless integration and unrivalled precision. Designed for maximum efficiency and minimal footprint, the MCS500 delivers industry-leading performance at a fraction of the cost of traditional SCARA systems.
Built with the same engineering philosophy as our acclaimed Meca500 six-axis robot, the MCS500 features exceptional 5 μm repeatability, a fully embedded controller, and blazing-fast cycle times of just 0.42 seconds. Whether you’re deploying in high-precision assembly, electronics handling, lab automation, or pick-and-place tasks, the MCS500 offers a perfect blend of simplicity, precision, and reliability.
Key Features
Unmatched Precision
Achieve pinpoint accuracy with 0.005 mm repeatability and 1 μm resolution — ideal for micro-automation and delicate operations.Ultra-Compact Footprint
27% smaller and 46% lighter than competing SCARA robots. Controller embedded directly in the base for ultimate space efficiency.Effortless Integration
Hardware- and software-agnostic design enables rapid deployment with any PC or PLC — no proprietary software required.Optional Smart Vacuum Kit
Simplify setup with a powerful, modular vacuum and I/O unit featuring a built-in ejector and programmable sensing switch.High-Speed Performance
Enjoy lightning-fast 0.42 s cycle times and speeds over 2,200 mm/s for maximum throughput and efficiency.Industrial-Grade Build
Constructed with precision-machined aluminium to ensure stability, durability, and long-term performance in demanding environments.
Optimised for Innovation
From rapid prototyping in labs to precision assembly in production lines, the MCS500 delivers consistent results with minimal setup and maintenance. Its optional vacuum module enhances flexibility, making it ideal for dynamic environments and research-based applications.
Redefine what’s possible in compact automation. Choose the MCS500 for maximum performance with minimum compromise.