MiBOT COBOT

Cobot is a compact, AI-enabled collaborative robot designed to introduce learners to industrial automation, robotics, and intelligent control systems. Built with precision joints and powered by a high-performance embedded system, this robotic arm allows users to perform real-world tasks such as pick-and-place, object tracking, and automation workflows.

With its open-source ecosystem and multi-language programming support, learners can explore robot kinematics, AI integration, and smart manufacturing concepts in an interactive and practical environment.

Overview

Structural Parts, 6-axis articulated robotic arm with compact design and high-precision movement system

Sensors

Vision camera for object detection, Position feedback system, Optional end-effectors (gripper, suction modules), Motion and orientation sensing system

Controllers

Raspberry Pi-based control system, 64-bit quad-core processor for real-time computation, Built-in wireless connectivity (Wi-Fi & Bluetooth), Multiple I/O interfaces for expansion, Standalone operation without external computer

Programming Methods

Python programming, ROS (Robot Operating System) support, Graphical programming (block-based), Open-source development environment

Learning outcome

🏗️ Industrial Robotics Understanding

Learners gain practical knowledge of robotic arm movement, joint coordination, and automation workflows

🎯 Precision Control & Kinematics

Helps students understand positioning, accuracy, and motion planning in robotic systems

👁️ AI & Vision Integration

Supports projects like object recognition, tracking, and intelligent decision-making

🦾 Hands-On Automation Skills

Users can build real-world applications such as pick-and-place systems and smart manufacturing prototypes

🎓 Future Industry Readiness

Prepares learners for careers in robotics, automation, AI, and Industry 4.0 technologies