Institutional Excellence

Empowering
Innovation Through
Applied AI.

This highly integrated, ready-to-use teaching platform runs Ubuntu, supports ROS1/ROS2, and integrates machine vision, sensor control, etc. With 5 visual algorithms, 8 learning modules, one-click startup/drag-and-drop teaching, it fits teaching/training/assessment, helping students master full-link AI & robotics skills.

ROS 1/2
Pre-Configured
15 Wks
Learning Path
3 Mins
Quick Deployment

A Complete Educational Solution

More than just a workstation. A structured pathway from basic machine vision to professional robotics competition.

Zero-Setup Integration

Pre-configured Ubuntu + ROS1/ROS2 environment.

Extreme Portability

Compact design to move between labs easily.

Standardized Curriculum

A structured 15-week path moving from AI cognition to comprehensive system integration.

Stage 1

Foundations

  • Machine Vision Cognition
  • Robotics Kinematics
  • ROS Motion Control
Stage 2

Perception

  • Shape & Color Sorting
  • End Effector Integration
  • Hand-Eye Calibration
Stage 3

Advanced AI

  • QR/ArUco Positioning
  • Feature Point Mapping
  • YOLOv5 Deep Learning
Internal Empowerment

Designed for Educators

We remove the technical friction so you can focus on teaching. Our "Zero-Setup" environment means you go from unboxing to first lesson in under 10 minutes.

15-Week Lesson Plans
Gitbook Documentation
External Presentation

Institutional Excellence

Present a sophisticated robotics ecosystem to visitors and stakeholders. This professional workstation highlights the seamless synergy between a high-precision robotic arm and advanced machine vision capabilities, creating an impressive focal point for any modern AI lab.

University Research K-12 STEM Labs
Built-in Capabilities

Master the 5 Pillars of Visual Intelligence

The workstation comes ready to teach the core concepts of modern machine vision.

Object Detection

1. Object Detection (YOLOv5)

Real-time tracking and recognition of complex objects.

Color Recognition

2. Color Recognition

The foundational logic for industrial automation.

QR Positioning

3. QR/ArUco Positioning

Bridging the gap between 2D data markers and 3D movement.

Feature Point Mapping

4. Feature Point Mapping

Advanced image segmentation for detailed analysis.

Shape Recognition

5. Shape Recognition

Extracting geometric features and contours in real-time.

Ready to upgrade your lab?

Empower the next generation of engineers with the most versatile AI robotics platform.