The lab is equipped with advanced 7-axis robotic arms capable of smooth, multi-directional movement and high-precision operation, suitable for prototyping tasks such as pick-and-place, repetitive handling, and tool manipulation. These systems are programmable using Python-based APIs and are being piloted in workflows involving flexible automation and lab-scale integration. A key area of development is the fusion of robotics with AI vision systems, using smart cameras and edge computing to enable object detection, adaptive sorting, and visual quality control.

FabLab is also expanding into mobile autonomous robotics, including quadruped platforms with LiDAR-based perception for navigation, mapping, and inspection tasks. Though still under development, these systems represent a growing capability supported by multiple applied research and innovation projects.

This lab is designed to offer a practical entry point into collaborative robotics—allowing startups, researchers, and students to experiment with next-gen automation and intelligent systems in real-world settings.