WLKATA Mirobot AI Automatic Sorting Cell
WLKATA Mirobot AI Automatic Sorting Cell
The WLKATA Mirobot AI Automatic Sorting Cell is a ready-to-use desktop smart manufacturing training system for robotics, AI vision, conveyor automation, and colour sorting demonstrations. SKU: WL-PL-PRO1-AiGS-RGB3. It is designed for STEM education, CTE training, robotics labs, engineering departments, and technical training centres that need a compact production-cell setup for teaching how robotic arms, cameras, conveyors, touchscreen control, and programming logic work together in an automated sorting workflow.
Desktop AI Sorting Workcell
The AI Automatic Sorting Cell is built as a compact desktop production cell that demonstrates how automated sorting systems operate in a real smart factory workflow. Learners can study how objects move through a conveyor system, how robotic arms pick and place parts, and how vision input can be used to identify and sort items based on set conditions. This makes the system useful for showing the connection between robotics, production-line planning, machine vision, and automated material handling in a controlled classroom or lab environment.
- Ready-to-use desktop sorting workcell
- Designed for AI vision and smart manufacturing training
- Includes conveyor-based movement and colour sorting tasks
- Suitable for STEM, CTE, robotics, and engineering education
Touchscreen Operation and Guided Workflow Control
The system includes a dedicated touchscreen module for starting, stopping, and managing the automated workflow directly from the training cell. This makes the workcell easier to demonstrate in lessons, workshops, and training sessions because users can interact with the sorting process without needing to control every step from a separate computer. It also gives learners a clearer view of how human-machine interfaces are used in automation environments to control production processes and monitor connected equipment.
- Integrated touchscreen module
- Start, stop, and manage automated sorting workflows
- Useful for teaching HMI-style factory control
- Supports classroom demonstrations and guided operation
Dual AI Vision and Dual 6-Axis Robot Coordination
The workcell includes a dual AI vision setup, with a Starter AI Vision Module for beginner-friendly learning and an OpenMV-based AI Vision Camera for more advanced image processing experiments. This gives learners a progression route from basic colour recognition into more complex AI vision tasks. The system also uses dual 6-axis Mirobot robotic arms, allowing students to study synchronised dual-arm operation for picking, placing, and sorting workflows where multiple robots coordinate as part of the same automated process.
- Starter AI Vision Module for beginner AI camera lessons
- OpenMV-based AI Vision Camera for intermediate image processing
- Dual 6-axis Mirobot robotic arm coordination
- Supports colour recognition, picking, placing, and sorting workflows
BlockFactory Programming and Arduino-Based Control
The AI Automatic Sorting Cell is powered by WLKATA AI-HUB and programmed using WLKATA BlockFactory, a drag-and-drop graphical programming platform for controlling the robotic arms, AI cameras, and connected automation devices. The included main control box is based on Arduino MEGA 2560, giving learners a route into Arduino-compatible control, RS485 communication, robotic arm commands, conveyor control, and full sorting-line logic. This makes the system useful for both beginner-friendly visual programming and more technical automation lessons.
- WLKATA BlockFactory graphical programming
- AI-HUB control for robots, AI vision, and add-ons
- Arduino MEGA 2560-based main control box
- Supports Arduino, RS485, robotic arm, and conveyor control experiments
Included Curriculum and Training Resources
The AI Automatic Sorting Cell includes a digital textbook and education resource package to support structured teaching. WLKATA lists the included resources as an experiment handbook for educators, source code, a digital installation handbook, a PowerPoint quick start guide, demonstration videos, and installation videos. The textbook covers product setup, WLKATA Studio, BlockFactory programming, extender box use, software configuration, Arduino RGB and buzzer control, robotic arm block programming, RS485 communication, conveyor control, starter AI camera colour recognition, and artificial intelligence sorting production-line experiments.
- Digital textbook included with the product
- Educator handbook, source code, guides, and videos included
- Covers WLKATA Studio and BlockFactory setup
- Includes experiments for AI sorting, conveyor control, RS485, and robotic arm programming
The WLKATA Mirobot AI Automatic Sorting Cell gives education providers a complete desktop workcell for teaching AI vision, robotics, conveyor automation, touchscreen control, and smart manufacturing logic. It is well suited to learners who need to understand how individual automation components work together inside a connected sorting system, from camera recognition and robot movement through to conveyor timing and programmed production-line behaviour.
| Technical Specifications | Technical Specifications
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- 2 x WLKATA Mirobot robotic arm kits
- 1 x Smart base
- 1 x Starter AI Vision Module
- 1 x AI Vision Set
- 1 x Conveyor
- 1 x Colour block accessory set
- 1 x Main control box based on Arduino MEGA 2560
- 1 x Touchscreen module
- 1 x LED infographic panel
- 1 x Digital textbook and education resource package
- Experiment handbook for educators
- Source code package
- Digital installation handbook
- PowerPoint quick start guide
- Demonstration videos and installation videos
