WLKATA MT4 Edu Kit - 0.1mm Repeatability Metal 4 Axis Robotic Arm, ROS2 Arduino Rebuildable
Overview
The Wlkata MT4 Education Kit is a 4-axis SCARA-type industrial robot platform engineered for comprehensive manufacturing automation training. Featuring a significantly larger workspace than the Mirobot, the MT4 handles full-scale industrial applications including precision pick-and-place operations, component sorting, and manufacturing simulation tasks. The platform integrates seamlessly with PLC systems, conveyor belts, and industrial sensors for authentic automation scenarios. SCARA design provides horizontal planar reach with vertical lift capability, making it ideal for common manufacturing workflows. Comprehensive curriculum covers industrial control theory, PLC programming, motion planning, and factory automation concepts. The MT4 bridges educational learning and professional industrial deployment, preparing students for careers in manufacturing automation engineering.
The MT4's SCARA configuration is optimized for the horizontal plane movement patterns that dominate many manufacturing tasks, providing students with exposure to the specific kinematics and control strategies used in real production environments. Its expanded workspace compared to the Mirobot allows for more complex pick-and-place scenarios, component sorting tasks, and assembly operations that mirror actual factory workflows. Integration capabilities with PLC controllers and industrial sensors teach students how robots fit into broader automated systems beyond standalone operation.
The comprehensive curriculum specifically addresses manufacturing automation theory, sensor integration, and factory-level coordination, preparing students for immediate productivity in industrial automation roles. The MT4 serves as a bridge between academic robotics learning and professional deployment, allowing educators to teach both theoretical principles and practical engineering practices that employers expect from entry-level automation technicians.
Specifications
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Robot Architecture: 4-axis SCARA configuration with horizontal XY movement and vertical Z axis
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Maximum Horizontal Reach: 600 millimeters providing substantially larger workspace than Mirobot
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Vertical Travel Range: 300 millimeters Z-axis stroke for versatile component positioning
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Maximum Payload Capacity: 2 kilograms supporting industrial grippers and tool assemblies
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Positional Repeatability: Plus or minus 0.3 millimeters meeting precision manufacturing standards
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Maximum Joint Velocity: 180 degrees per second for efficient cycle time performance
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Control System: Industrial-grade microcontroller with real-time task execution
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Communication Interfaces: Ethernet, USB, and optional wireless connectivity options
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PLC Integration: Native support for industrial programmable logic controller communication
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Operating Voltage: 24 volts DC standard industrial power supply voltage
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Power Consumption: 150 watts typical during continuous operation with full payload
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Tool Interface: Quick-change end effector coupling supporting grippers and specialized tools
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Mounting Options: Floor mounting, pedestal stand, or rail system integration capability
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Frame Material: Industrial-grade aluminum and steel construction for robustness and durability
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Operating Temperature Range: 0 to 50 degrees Celsius for production floor environments
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Certifications: Industrial safety compliance and educational equipment certification
Key Features
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Extended Industrial Workspace: 600mm reach accommodates larger component handling and complex production line layouts
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SCARA Robot Kinematics: Educational study of SCARA architecture advantages for horizontal planar manufacturing tasks
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PLC Communication Protocol: Direct integration with industrial programmable logic controllers for realistic automation scenarios
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Conveyor Belt Synchronization: Integrated conveyor system allows continuous production line operation and timing coordination
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Multiple Programming Interfaces: G-code, ladder logic, Python, and visual programming language support
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Real-Time Motion Feedback: Joint position, velocity, and force monitoring for closed-loop control education
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Industrial Sensor Integration: Support for proximity sensors, limit switches, vision systems, and force sensors
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Cycle Time Analysis: Built-in timing measurement and optimization tools for manufacturing efficiency education
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Scalable System Design: Platform supports additional robots and cell controllers for multi-robot production line simulation
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Industrial Simulation Library: Pre-built tasks for bin picking, assembly, inspection, and packaging operations
Compatible Applications
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Manufacturing Automation Training: Comprehensive education in industrial robot programming and production line control
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PLC and Industrial Control: Integration with Siemens, Allen-Bradley, and other industrial control systems
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Pick and Place Operations: Precision component handling and placement with conveyor synchronization
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Parts Sorting Applications: Automated parts separation and routing based on vision or sensor feedback
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Manufacturing Simulation: Digital factory prototype validation before real-world production deployment
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Vocational Education: Hands-on training for manufacturing technicians and automation specialists
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Industrial Research: Robotics research platform for advanced manufacturing and control systems studies
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Production Line Design: Testing and optimization of manufacturing workflow layouts and timing
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Quality Control Automation: Automated inspection and sorting operations for manufacturing quality assurance
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Multi-Robot Systems: Coordination and programming of multiple robots in complex manufacturing cells
What's Included
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MT4 SCARA Robot Arm: Complete 4-axis robot with industrial servo motors and control electronics
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Conveyor Belt System: Motorized conveyor with adjustable speed and control integration
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Robot Control Pendant: Teach pendant for hands-on jogging and program development
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Industrial Power Supply: 24-volt regulated power system for robot and accessories
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Base Mounting Frame: Industrial-grade pedestal with integrated conveyor and component mounting
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Default Gripper Assembly: Parallel gripper with quick-change coupling and electrical interfaces
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PLC Integration Module: Hardware interface for direct programmable logic controller connection
Setup and Getting Started
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Unboxing and Component Verification: Remove the MT4 Education Kit from shipping packaging; verify all components including robot arm, conveyor belt, control pendant, power supply, mounting frame, gripper, and PLC module are present and undamaged
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Workspace Setup: Select a stable, level workspace with adequate clearance for the industrial pedestal base; ensure electrical outlets are nearby and properly grounded for safety compliance
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Base Frame Assembly: Place the industrial-grade pedestal mounting frame in the center of your workspace; install leveling feet and adjust for perfect horizontal orientation using a precision level
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MT4 Robot Mounting: Secure the 4-axis SCARA robot arm to the base pedestal using industrial fasteners; verify all mechanical connections are tight and secure before power activation
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Conveyor Belt Integration: Install the motorized conveyor belt system at the appropriate height and position relative to the robot arm workspace; connect mechanical drive components and verify smooth operation
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Electrical Power Connection: Connect the 24-volt industrial power supply to the main control connector on the robot base; verify voltage output with a multimeter before connecting to robot electronics
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Control Pendant Setup: Attach the teach pendant cable to the robot control port; verify all buttons respond correctly when pressed; test emergency stop functionality for safety confirmation
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PLC Integration Module Connection: Connect the PLC integration module to the robot control system using industrial communication protocols; configure IP addresses and communication parameters for your specific control system
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Software Installation and Configuration: Download WlkataStudio software from the Wlkata Download Center; install on your computer or control system following the provided installation guide
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Robot Homing and Calibration: Power on the system and allow the robot to enter startup mode; execute the automatic homing sequence through WlkataStudio to calibrate all four axes and establish reference positions
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Teach Pendant Operation Training: Familiarize yourself with teach pendant controls including jogging buttons, speed adjustment, and program selection; practice moving each axis individually to verify smooth operation
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First Program Development: Create a basic point-to-point picking and placing program using WlkataStudio's graphical interface; test the program at reduced speed before normal production operation
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Conveyor Synchronization Setup: Configure conveyor belt speed and synchronization parameters in WlkataStudio; test the coordination between robot arm motion and conveyor movement
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Gripper Calibration: Test the parallel gripper through its full opening and closing range using WlkataStudio control interface; adjust grip force settings based on your intended application and payload
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Safety Systems Verification: Test all safety features including emergency stop, protective enclosure sensors, and speed limiters; review safety documentation with all personnel before operation
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Curriculum Integration: Access comprehensive lesson plans and training materials from the Wlkata Academy; integrate manufacturing automation education into your training program schedule
Documentation
Warranty Information
This product is covered by the WLKATA Product Warranty Policy. WLKATA warrants that products purchased legally or obtained through operational activities are eligible for warranty service provided by Wristline Inc. (WLKATA) or authorized agents.
WLKATA MT4 Robotic Arm: 1-Year Warranty
Spare Parts: 3-Month, 6-Month, or 1-Year Warranty (varies by part)
Consumables: Not Covered Under Warranty
Scope of Free Warranty:
- Valid proof of purchase confirming the product is within the warranty period, with non-human performance failures or quality problems
- Paid warranty extension customers with non-human-caused failures during the extension period
- After paid warranty, replacement parts receive a 90-day warranty
Not Covered (Paid Warranty applies):
- Product exceeds the warranty period
- Unable to provide valid proof for warranty or invoice
- Altered warranty proof content or mismatch with physical identification
- Failures from lack of proper use and maintenance per the user manual
- Unauthorized disassembly, maintenance, or modification
- Improper use including immersion in liquid, dampness, mold, insect damage, or animal damage
- Damage caused by force majeure
WLKATA bears shipping costs for free warranty claims (both directions). Paid warranty extension is available by negotiation.
