AI Automatic Sorting Line |WLKATA Training Solution|

Robotics Training Solution - Wlkata Mirobot AI Automatic Sorting Line

Learns The AI Vision-Empowered Robotics Automation Technology

The AI Automatic Sorting Production Line comprises an AI Vision Set, two robotic arms, a conveyor belt set, and a master control unit integrated with a slider block. The vision set dynamically identifies the target object and enables intelligent sorting with the robotic arm.

This production line enhances students' practical ability to build AI-driven automation systems during experiments. Furthermore, the identification type can be changed to other items to create more complex application scenarios and improve innovation and development abilities.

What Is In The Set
1. Wlkata Mirobot Professional Kit X 1
2. Wlkata Mirobot Education Kit X 1
3. Bottom plate X 1
4. Conveyor belt X 1
5. AI Vision Set X 1
6. Main control box X 1
7. Color block accessories (includes color sorting stand & color blocks) X 1
8. A flash disk with document, code and textbook of the AI Automatic Sorting Production Line (includes experiment textbook for educators, source code, installation handbook, PPT quick start guide, demonstration videos ) X 1
Note: The textbook is in digital version, see info in below.

Shipping Info.
Pacakge 1:
WLkata Mirobot Professional Kit X 1 & Education Kit X 1:
375*335*290mm (14.8*13.6*11.5inch) each kit
Package 2:
Kit Box of AI Automatic Sorting Production Line X 1: 290*175*95mm (11.4*6.9*3.7inch)
Package 3:
Wlkata Conveyor Belt Set X 1: 720*260*85mm (29*11*3.5 Inch)
Package 4:
Wlkata AI Vision Set X 1: 500*400*95mm (20*16*4 Inch)
Package 5:
Acrylic Bottom Plate X 1: 825*520*30mm (32.4*20.5*1.2inch)
Total Weight Of The Above Packages:
23kg (51 lbs)

TEXTBOOK OF AI AUTOMATIC SORTING LINE

| Textbook Learning Objectives |
Part A: Understanding the essential concepts of 6-axis robotic arm structure, function and control:
-Robotic arm D-H parameters
-Robotic arm coordinate mode
-Robotic arm end effector
-Electrical parameters of robotic arm;
-Command (Blockly, G-code and C++ via arduino)
-Robot arm control logic
Part B: Understanding and practicing the smart factory technology concepts :
-Multi-device Collaborative Communication
-Python Programming
-Robotics and Visual Communication
-Camera Calibration: Master Calibration Method of Visual Camera, Calculation Methods of Robot Coordinate System, and Visual Coordinate System

| Textbook Outline |
I Product overview and function
II Production line installation instructions
III Operation instructions
IV Production Line Debugging
V AI Automatic Sorting project practices (each of them is detailed with experimental objective, experimental instrument, and experimental procedure):
Project 1: Robotic arm teaching programming
Project 2: Communication of Arduino and RS485
Project 3: Arduino and Infrared Sensors
Project 4: Conveyor Belt Control
Project 5: OpenMV Vision Application
VI Additional documents:
-Shipping list
-Development documents ( G code instruction set user manual; Ardurino Mirobot library; firmware upgrade package)
-Software installation package
-Daily operation and precautions manual
-PPT slides for educator
- And more...