Which robot arms are suitable for STEM education?

WLKATA Mirobot, MT4, Haro380 and MiroMax are widely used in schools, universities and STEM labs for robotics and automation teaching.

Do WLKATA robot arms support Python programming?

Yes. All WLKATA educational robot arms support Python programming, making them ideal for STEM, AI, and robotics courses.

Can WLKATA robots be used in university engineering labs?

Yes. WLKATA MT4, Haro380 and MiroMax are widely used in university engineering labs for automation, mechatronics, robotics, and control system teaching.

Do WLKATA robot arms support ROS or ROS2?

Yes. WLKATA robot arms support ROS and ROS2, enabling advanced robotics research and university-level engineering experiments.

Are WLKATA robots suitable for vocational school automation training?

Yes. WLKATA MT4 and Haro380 are widely used in vocational schools for industrial automation, PLC integration, and robotics operation training.

Can WLKATA robots be integrated with machine vision?

Yes. WLKATA provides an AI Vision Kit that supports machine vision experiments, object detection, and automation workflows.

Do WLKATA robot arms support block-based programming for beginners?

Yes. WLKATA Mirobot supports block-based programming, making it suitable for K12 and beginner-level robotics education.

Can WLKATA robots be used for robotics competitions?

Yes. WLKATA robot arms are used in STEM competitions and robotics innovation challenges for training and hands-on practice.

Do WLKATA robots support PLC or industrial automation teaching?

Yes. WLKATA MT4 and Haro380 support PLC integration and industrial automation workflows, making them suitable for engineering and vocational training.

Are WLKATA robots suitable for hands-on AI and robotics courses?

Yes. WLKATA robot arms support Python, ROS, machine vision, and automation experiments, making them ideal for hands-on AI and robotics education.

Engraved Souvenirs Manufacturing Line (MT4 & Mirobot)

SKU: WL-PL-NPM-17.10

Engraved Souvenirs Manufacturing Line (MT4 & Mirobot)

Compact Smart Factory for Robotics & AI Education

$33,600.00

A modular smart factory system designed for hands-on Industry 4.0 education. Combines the MT4 desktop robot arm with Mirobot for multi-robot coordination, CNC engraving, and automated production line workflows in classroom and lab environments.

Select the Main Controller:

IPC - Industrial PC Controller PLC - Siemens S7-1200 Controller (Includes Single-Seat Licensed Software) PLC - Allen Bradley Micro850 Controller (Free Software CCW)

Quantity

Add to Cart

Free Shipping

Lab-Ready Setup

Educational Warranty

NEW · Mini Smart Factory

Engraved Souvenirs Manufacturing Line

(MT4 & Mirobot)

SKU:

WL-PL-NPM-17.10-IPC

Type:

Ready-to-Use Workcell

Engraved Souvenirs Manufacturing Line (MT4 & Mirobot)

Biped Robot · Sim2Real · Multi-modal · RGBD Camera · Reinforcement Learning

IPC / PLC

Industrial Control

OpenCV

Machine Vision

Open SDK

Full Hardware API

A modular smart factory system designed for hands-on Industry 4.0 education. Combines the MT4 desktop robot arm with Mirobot for multi-robot coordination, laser engraving, and automated production line workflows in classroom and lab environments.

Select the Main Controller:

IPC - Industrial PC Controller PLC - Siemens S7-1200 Controller (Includes Single-Seat Licensed Software) PLC - Allen Bradley Micro850 Controller (Free Software CCW)

Available in stock

$33,600.00

Quantity

Add to Cart

5X12 Tech Support

Lab-Ready Setup

Educational Warranty

Engraved Souvenirs Manufacturing Line

What's Included in The Product

Shipping List

WLKATA Mirobot Adv Kit

×2

WLKATA Mirobot Edu Kit

×2

WLKATA MT4 Adv Kit

×1

Bottom Plate

×1

Material Feeding Unit

×1

Laser Engraving Unit

×1

Conveyor Belt Unit

×1

OpenCV AI Vision Unit

×1

Automatic Packaging Unit

×1

Sensor-Based Smart Warehousing Unit

×1

Touchscreen Module

×1

Main Controller Unit

Note: Ships with ONE selected controller, chosen when adding to cart: IPC, Siemens S7-1200 PLC, or Allen-Bradley Micro850 PLC.

×1

Accessories

Includes emergency stop unit, label boxes, label materials, wires and related accessories.

×1

Document and Educational Resource Kit (USB digital files)

Includes digital experiment handbook for educators, source code, digital installation handbook, PPT digital quick start guide, demonstration videos, installation videos.

×1

Engraved Souvenirs Manufacturing Line

A Tiny Factory with Real Industrial Control

Control

Open API + Industrial IPC / PLC Controller

Combines open API hardware with IPC / PLC for real-world industrial relevance in the classroom.

Flexible Working Modes

Reconfigurable to produce bookmarks, nameplates, chess pieces, and seals — endless project possibilities.

AI + Robot + Automation Integration

Integrates machine vision (OpenCV defect detection), robotic arm, and sensor fusion into one cohesive platform.

Beginner-Friendly Interface

User-friendly software with graphical programming for robotic arms, designed for students of all levels.

High Cost-Performance

Deploy multiple sets across labs without breaking the budget — designed for institutional-scale adoption.

Enhanced Safety Design

Built for educational environments with emergency stop, status indicators, and collision-safe mechanics.

Control

Open API + Industrial PLC

Combines open API hardware with IPC / PLC for real-world industrial relevance in the classroom.

Integration

AI + Robot + Automation Integration

Integrates machine vision (OpenCV defect detection), robotic arm, and sensor fusion into one cohesive platform.

Software

Beginner-Friendly Interface

User-friendly software with graphical programming for robotic arms, designed for students of all levels.

High Cost-Performance

Deploy multiple sets across labs without breaking the budget — designed for institutional-scale adoption.

Enhanced Safety Design

Built for educational environments with emergency stop, status indicators, and collision-safe mechanics.

Flexible Working Modes

Reconfigurable to produce bookmarks, nameplates, chess pieces, and seals — endless project possibilities.

Enhanced Safety Design

Built for educational environments with emergency stop, status indicators, and collision-safe mechanics.

Flexible Working Modes

Reconfigurable to produce bookmarks, nameplates, chess pieces, and seals — endless project possibilities.

High Cost-Performance

Deploy multiple sets across labs without breaking the budget — designed for institutional-scale adoption.

Engraved Souvenirs Manufacturing Line

Modular Mini Smart Factory

A compact 2500×700×450mm production line integrating laser engraving, conveyor transport, and intelligent sorting. IPC or PLC central control manages 30+ sub-devices via RS485/Modbus communication, delivering a complete Industry 4.0 learning environment in a classroom-friendly footprint.

30+

Sub-Devices

2500mm

Line Length

IPC or PLC

Industrial Controller

INDUSTRY 4.0

Modular Mini Smart Factory

30+

Sub-Devices

2500mm

Line Length

IPC or PLC

Industrial Controller

Full Workflow

Complete Production Workflow

The system can simulate a real manufacturing process, including material feeding, conveyor transfer, laser engraving, visual inspection, product handling, sorting, and storage.

What to Learn

Students learn the step-by-step flow of an automated production line, from raw material to finished product.

Robotic Automation

Multiple Robots for Flexible Automation

The line includes both 6-axis and 4-axis robotic arms for material transfer, loading, unloading, sorting, and production line coordination.

What to Learn

Students learn robot motion control, pick-and-place operation, arm coordination, and robotic workflow design.

Material Release

Raw Material Release for Custom Souvenirs

The raw material release unit feeds product blanks such as bookmarks, nameplates, chess pieces, or seals into the production line.

What to Learn

Students learn how material feeding supports continuous production and how different product types can be processed on a single flexible manufacturing line.

Engraving

High-Precision Laser Engraving

Equipped with a small fiber laser marking machine, the system supports fine engraving with a 1064 nm laser wavelength, up to 10,000 mm/s marking speed, and repeatability of ≤0.001 mm.

What to Learn

Students learn how laser marking is used for customized manufacturing, product labeling, and precision processing.

VISION & ROBOTICS

AI Vision and Quality Inspection

Python-programmable 2K resolution machine vision platforms enable real-time defect detection and quality inspection. Paired with the 6+1 axis robotic arms, students gain hands-on experience with industry-standard automation workflows.

What to Learn

Students learn the fundamentals of machine vision (OpenCV), image recognition, quality inspection, and AI-assisted manufacturing.

Transport

Conveyor-Based Material Movement

The conveyor belt set moves materials between workstations and connects different parts of the production line.

What to Learn

Students learn how conveyors support continuous production, timing control, and station-to-station material movement.

Packaging

Automated Product Packaging

The packaging unit helps simulate the final stage of production. It shows how finished items can be handled, packed, and prepared for storage or delivery in an automated workflow.

What to Learn

Students learn how packaging connects production, quality control, sorting, and storage in a complete smart manufacturing system.

Smart Storage

Sensor-Based Smart Storage

Each storage position has a sensor, so the robotic arm can detect available spots and place finished products in the correct location.

What to Learn

Students learn how sensors help robots make storage decisions and manage products in an automated smart factory.

Control

Industrial Control Training

Schools can choose one controller option: an Industrial Computer, a Siemens S7-1200 PLC Controller, or an Allen-Bradley Micro850 PLC Controller.

What to Learn

Students gain hands-on experience with real industrial control, choosing between PC-based control or PLC-based automation to match different learning goals.

Programming

From Basic Operation to Advanced Programming

Students can start quickly with pre-programmed operation, then advance step by step into graphical programming, Python coding, robot control, and system integration; and PLC ladder logic when using a PLC controller.

What to Learn

Students learn programming step by step, from beginner-friendly operation to advanced industrial automation control.

Engraved Souvenirs Manufacturing Line

Smart Factory Modules Overview

Multiple integrated units working in perfect harmony.

Status Display Unit

Real-time production line monitoring.

Raw Material Release Unit

Motor-driven automated material feeding.

Four Transfer Units

Four sets of Mirobot 6-axis robotic arms for handling.

Laser Engraving Unit

Precision engraving for souvenirs.

Conveyor Transport Unit

530mm effective travel, 5kg load capacity.

Vision Inspection Unit

Color detection and quality control.

Packaging Unit

Handles finished product collection and packaging.

Warehouse Unit

One set of MT4 desktop palletizing robotic arm 4+1 axes.

Equipment Specifications

Users need to choose one of the following controller options:

Option 1

Industrial Computer

Option 2

PLC — Siemens S7-1200 Controller

Option 3

PLC — Allen-Bradley Micro850 Controller

Industrial Computer Specifications

(Option 1)

Brand

TexHoo / Tianhong

Model

minipc-D3

Processor

Intel

Memory Capacity

16 GB

Weight

2 kg

Operating System

Windows 11

Desktop Type

Mini PC

Cooling Type

Air Cooling

PLC — Siemens S7-1200 Controller

(Option 2)

Brand

Siemens

Model

S7-1200

Software

This product option includes single-seat official Siemens licensed software

PLC - Allen Bradley Micro850 Controller

(Option 3)

Brand

Allen Bradley

Model

Micro850

Software

This product option includes Allen Bradley Connected Components Workbench (CCW) Standard Edition (free software)

Training Projects

8 structured projects to master intelligent manufacturing.

Intelligent Manufacturing Units

Understanding flexible manufacturing concepts.

Execution Units

Integration, debugging, and application.

Warehouse Units

Palletizing arm integration and debugging.

Inspection Units

Vision-based quality inspection.

Processing Units

Laser engraving integration.

Conveyor Units

Belt conveyor system debugging.

Configuration Software

Build production systems with industrial software.

System Integration

Comprehensive integration of the full manufacturing system.

What's Included

Everything you need to run a complete intelligent manufacturing lab.

6+1 Axis Robotic Arms (×2)

500g payload capacity
315mm working range
±0.5mm repeat accuracy
1.5kg total weight

Desktop Palletizing Arm (×1)

3+ axes of motion
Full metal aluminum alloy
≤350×350×350mm workspace

Servo Gripper

5V operating voltage
0–30mm grip range
5N gripping force
37g lightweight

Writing Kit

7–10mm grip range
Pen-based end effector
Precision writing & drawing

Pneumatic Kit

5V air pump
120kPa positive / 60kPa negative
Single & double suction cups

Laser Engraving Unit

Precision processing unit
Integrated in production line
Safety-enclosed design

Conveyor Unit

610×100×50mm dimensions
5kg max load capacity
530mm effective travel

Studio Software

Python / graphical / waypoint
Windows, macOS & Linux
Digital twin support

Multifunction Controller

Built-in display
Bluetooth / WiFi / RS485
I/O expansion ports

Customization

Need Tailored Solutions for Your Lab?

The WLKATA Workcell comes fully assembled and ready to use.

Add it to your cart to purchase directly,

or contact us for institutional pricing, bulk orders, and tailored solutions.

Add to Cart

Request Custom Pricing

Institutional pricing

Bulk orders

Custom configurations

Country/region

All Products

Mini Robotic Arm

Ready-to-Use Workcell

Robotic Arm Add-on

Textbook and Curriculum

Legged Robot

Bundle and Save

Video Tutorials

Illustrated Introduction to Robotics for Beginners | All-Ages

Video Tutorials

Illustrated Introduction to Robotics for Beginners | All-Ages

Engraved Souvenirs Manufacturing Line (MT4 & Mirobot)

Engraved Souvenirs Manufacturing Line

(MT4 & Mirobot)

Engraved Souvenirs Manufacturing Line (MT4 & Mirobot)

What's Included in The Product

A Tiny Factory with Real Industrial Control

Open API + Industrial IPC / PLC Controller

Flexible Working Modes

AI + Robot + Automation Integration

Beginner-Friendly Interface

High Cost-Performance

Enhanced Safety Design

Open API + Industrial PLC

AI + Robot + Automation Integration

Beginner-Friendly Interface

High Cost-Performance

Enhanced Safety Design

Flexible Working Modes

Enhanced Safety Design

Flexible Working Modes

High Cost-Performance

Modular Mini Smart Factory

Modular Mini Smart Factory

Complete Production Workflow

What to Learn

Multiple Robots for Flexible Automation

What to Learn

Raw Material Release for Custom Souvenirs

What to Learn

High-Precision Laser Engraving

What to Learn

AI Vision and Quality Inspection

What to Learn

Conveyor-Based Material Movement

What to Learn

Automated Product Packaging

What to Learn

Sensor-Based Smart Storage

What to Learn

Industrial Control Training

What to Learn

From Basic Operation to Advanced Programming

What to Learn

Smart Factory Modules Overview

Equipment Specifications

Training Projects

Intelligent Manufacturing Units

Execution Units

Warehouse Units

Inspection Units

Processing Units

Conveyor Units

Configuration Software

System Integration

What's Included

6+1 Axis Robotic Arms (×2)

Desktop Palletizing Arm (×1)

Servo Gripper

Writing Kit

Pneumatic Kit

Laser Engraving Unit

Conveyor Unit

Studio Software

Multifunction Controller

Need Tailored Solutions for Your Lab?

Country/region