WLKATA AI Automatic Sorting Line |Training Solution|

WLKATA AI Automatic Sorting Line |Training Solution|

Name: WLKATA AI Automatic Sorting Line |Training Solution|
Brand: Wlkata
SKU: WL-PL-AiGS-RGB3-C1
Price: 6200.00 USD
Availability: InStock

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SKU WL-PL-AiGS-RGB3-C1

$6,200.00 - $6,200.00

$6,200.00

$6,200.00 - $6,200.00

$6,200.00

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in stock

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WLKATA AI Automatic Sorting Line

Overview

The WLKATA AI Automatic Sorting Line is a complete training cell that teaches AI vision-empowered robotics automation. It integrates two WLKATA Mirobot arms, a WLKATA AI Vision Set, a conveyor belt, a main control box, and color-block accessories into one modular platform on an acrylic base. The vision set dynamically identifies target objects, and the arms sort them, so students learn to build a real AI-driven automation system.

The cell pairs a Mirobot Professional Kit and a Mirobot Education Kit (each a 6+1 axis arm) with the conveyor and vision system, coordinated by an Arduino MEGA 2560-based control box over RS485. The complete set weighs about 23 kilograms and ships with a flash disk containing an educator textbook, source code, an installation handbook, quick-start slides, and demonstration videos.

WLKATA AI Automatic Sorting Line training cell with two Mirobot arms

Specifications

WLKATA AI Automatic Sorting Line components and layout

Robotic Arms
Arms	Two WLKATA Mirobot arms (Professional Kit and Education Kit)
Arm Type	6+1 axis, 0.2 mm repeatability each
Vision and Motion
Vision	WLKATA AI Vision Set (OpenMV) for color and shape recognition
Conveyor	WLKATA conveyor belt set
Accessories	Color sorting stand and color blocks
Control and System
Control Box	Arduino MEGA 2560 based, with RS485 communication
Programming	C++ via Arduino, plus OpenMV vision
Base	Acrylic bottom plate
Total Weight	About 23 kg

Key Features

Dual-Arm Sorting Cell: Two Mirobot arms work with a conveyor and vision system for a complete sorting line.
AI Vision Sorting: The AI Vision Set identifies objects by color and shape and directs the arms to sort them.
Changeable Targets: The recognized object type can be changed to create more complex scenarios.
Multi-Arm Communication: The Arduino MEGA 2560 control box coordinates the arms over RS485.
Complete Curriculum: Includes an educator textbook, source code, installation handbook, slides, and demonstration videos.
Hands-On Projects: Covers arm programming, RS485 communication, infrared sensors, conveyor control, and OpenMV vision.

WLKATA AI Automatic Sorting Line performing AI vision sorting

Applications

WLKATA AI Automatic Sorting Line in a training lab

The sorting line is built for vocational and university training and for robotics competitions. It gives students practical experience constructing AI-driven automation systems, combining machine vision, robotic manipulation, and conveyor control in one exercise.

The included curriculum walks through structured projects, from robotic arm teaching and programming to Arduino and RS485 communication, infrared sensors, conveyor belt control, and OpenMV vision applications, building toward a full automated sorting workflow.

Setup and Getting Started

Unbox and inspect: Check the arms, vision set, conveyor, and accessories for shipping damage.
Assemble the base: Mount the acrylic base, conveyor, and both Mirobot arms per the installation handbook.
Set up the vision system: Assemble and position the AI Vision Set over the conveyor.
Wire the control box: Connect the Arduino MEGA 2560 control box and RS485 links.
Calibrate: Calibrate the arms and the camera to the workspace.
Run a sorting project: Follow the textbook to run a color-sorting workflow, then extend it.

WLKATA AI Automatic Sorting Line installation and calibration

What's Included

Robotic Arms: WLKATA Mirobot Professional Kit (x1) and Mirobot Education Kit (x1)
Vision: WLKATA AI Vision Set (x1)
Motion: Conveyor belt set (x1)
Control: Main control box, Arduino MEGA 2560 based (x1)
Accessories: Acrylic bottom plate and color block accessories (color sorting stand and color blocks)
Documentation: Flash disk with educator textbook, source code, installation handbook, slides, and videos

Documentation and Resources

Developer Community (GitHub): github.com/wlkata

Warranty Information

The WLKATA AI Automatic Sorting Line is covered by the WLKATA Product Warranty Policy, provided by Wristline Inc. (WLKATA) or its authorized agents. RoboticsSelect is an authorized WLKATA dealer, so warranty support is handled through us.

Item	Coverage
WLKATA Mirobot Robotic Arm	1-year warranty
Spare Parts	3-month, 6-month, or 1-year warranty, depending on the part
Consumables	Not covered under warranty

Not Covered

Damage from misuse, accident, or operation outside the documented limits
Damage from unauthorized repair or modification
Consumable and wear parts

Warranty service requires a valid proof of purchase.

Frequently Asked Questions

What does the AI Automatic Sorting Line solution include?

Two WLKATA Mirobot arms (one Professional Kit and one Education Kit), a WLKATA conveyor belt set, the WLKATA AI Vision Set with an OpenMV camera module, a main control box based on the Arduino MEGA 2560 with RS485 communication, an acrylic bottom plate, a color sorting stand with color blocks, and a flash disk with the educator textbook, source code, installation handbook, slides, and demonstration videos.

Can it sort objects right out of the box without setup?

No. The line ships as separate packages and needs assembly first: mount the acrylic base, conveyor, and both Mirobot arms per the installation handbook, position the AI Vision Set over the conveyor, wire the control box and RS485 links, then calibrate the arms and the camera to the workspace. Once set up, the color-sorting project from the textbook runs on the included color blocks, which is useful for demonstrations and first-day classroom intros while students learn to customize the system.

What sorting criteria can the vision system use?

The included textbook project sorts the color blocks by color using the OpenMV camera's color recognition. The AI Vision Set also supports shape recognition through Python programming, and WLKATA notes that the identification type can be changed to other items to create more complex application scenarios. Students write the new recognition rules in Python on the OpenMV camera and adjust the arm programs to match.

How long does it take to set up a new sorting target?

WLKATA does not publish a setup time. The OpenMV vision lesson walks through calibrating the camera and identifying the color blocks, and changing the target to other items mostly means editing the Python recognition code and re-teaching the arm positions, so the time depends on how different the new objects are. Contact us if you want to discuss a specific classroom scenario.

What is the throughput?

WLKATA does not publish a throughput figure for the line. It is a teaching-grade training cell built around two desktop Mirobot arms, not an industrial sorter, so expect classroom demonstration pace rather than production rates. Real production sorting machines run far faster with dedicated industrial vision hardware.

How big is the system?

The acrylic bottom plate that carries the cell measures about 32.5 by 20.5 inches (825 by 520 mm), and the complete set weighs about 51 lb (23 kg). The conveyor belt set ships in a 28.3 by 10.2 inch (720 by 260 mm) package. WLKATA does not publish the assembled height. Designed to fit on a standard lab table with room for a computer and student workspace.

Does it require an internet connection?

No. The line runs from its Arduino MEGA 2560 based control box and the OpenMV camera module, which processes images on board, so normal operation is offline. A computer is needed only to write and upload programs and to use the resources on the flash disk; no cloud service is involved.

What is the curriculum target?

Vocational (CTE) and university robotics and automation programs, plus robotics competition teams, which is how WLKATA positions the line. The educator textbook is organized as project-based lessons that build toward the full automated sorting workflow: robotic arm teaching and programming, Arduino and RS485 communication, Arduino and infrared sensors, conveyor belt control, and OpenMV vision application.

What is the warranty?

12-month warranty on the Mirobot robotic arms under the WLKATA Product Warranty Policy. Spare parts carry 3-month, 6-month or 1-year coverage depending on the part, and consumables are not covered. WLKATA publishes its software and code resources on GitHub (github.com/wlkata). RoboticsSelect handles warranty service through the authorized channel.