WLKATA Logistic Warehouse Cell (MT4 & Mirobot)

WLKATA Logistic Warehouse Cell (MT4 & Mirobot)

Name: WLKATA Logistic Warehouse Cell (MT4 & Mirobot)
Brand: Wlkata
SKU: WL-PL-PRO-LW-Miro1
Price: 4520.00 USD
Availability: InStock

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SKU WL-PL-PRO-LW-Miro1

$4,520.00 - $4,520.00

$4,520.00

$4,520.00 - $4,520.00

$4,520.00

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in stock

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WLKATA Logistic Warehouse Cell (MT4 & Mirobot)

Overview

The WLKATA Logistic Warehouse Cell is a comprehensive intelligent logistics simulation training cell that integrates position sensors, pick-and-place operations, and cooperation between a 6-axis Mirobot palletizing arm and a 3-axis handling arm. The cell focuses on the training of sensor technology, information processing, electronic engineering, computer engineering, automation control engineering, and artificial intelligence, representing advanced integration technology of mechatronics.

The cell architecture simulates the complete warehouse workflow: loading, palletizing, and transport. The 6-axis Mirobot palletizing arm places goods on the warehouse shelves on the pallet, the conveyor belt transports the goods to the workstation of the 3-axis handling arm, then the 3-axis arm transports the goods to the front of the shelves. The palletizing arm then places the goods back on the shelves. The production line simulates the intelligent logistics warehousing system of the demonstration industry through the cyclical execution of these steps. Students learn the multi-arm coordination, sensor-based positioning, and conveyor sequencing techniques used in real warehouse automation.

The product is configured around the WLKATA Mirobot Education Kit, a WLKATA 3-Axis Robotic Arm, a Conveyor Belt Set, and an Accessory Package containing the warehousing shelves, pallets, and goods items specific to logistics scenarios. The product targets vocational training programs preparing students for warehouse automation and intralogistics careers, university courses teaching industrial automation, and corporate workforce development programs serving e-commerce, retail, and distribution industries.

WLKATA Logistic Warehouse Cell with Mirobot and 3-axis arm training platform

Specifications

WLKATA Logistic Warehouse Cell components and zone layout

Product Type: Integrated multi-arm logistics and warehousing training cell
Palletizing Robot: WLKATA Mirobot Education Kit (6-axis arm)
Handling Robot: WLKATA 3-Axis Robotic Arm
Mirobot Repeatability: ±0.2 mm
Mirobot Payload: 250 g standard
Mirobot Reach: 315 mm
Mirobot Kinematics: 6+1 DoF (full orientation flexibility for palletizing)
3-Axis Arm Kinematics: 3-axis Cartesian or articulated handling configuration
Conveyor System: WLKATA Conveyor Belt Set with variable speed control
Accessory Package: Warehousing shelves, pallets, and goods items specific to logistics scenarios
Bottom Plate: Integrated mounting plate for both arms and conveyor
Position Sensors: Sensor-based position detection for pick-and-place accuracy
Programming Languages: Blockly, C++ via Arduino, Python, G-code, MATLAB, ROS
Multi-Device Coordination: Programming control for Mirobot, 3-axis arm, and conveyor with synchronized timing
Power Supply: Standard wall outlet (110V/220V depending on region)
Target Industries Simulated: E-commerce fulfillment, warehouse intralogistics, parcel sorting and palletizing

Key Features

Dual-Arm Architecture: Combines a 6-axis Mirobot (for orientation-flexible palletizing) with a 3-axis handling arm (for streamlined linear pick-and-place). Students learn why real warehouses use multiple arm types and how to coordinate kinematically different robots in a single workcell.
Position Sensor Integration: Sensor-based position detection enables accurate pick-and-place across the cell's work zones. Students learn sensor-to-actuator integration, signal processing, and closed-loop positioning: foundational topics for industrial automation.
Multi-Device Cooperation: The cell's curriculum specifically emphasizes cooperation between the 6-axis arm, 3-axis arm, and conveyor. This multi-device coordination teaches students the orchestration logic used in real warehouse automation cells.
Mirobot Palletizing Operation: The Mirobot's 6+1 DoF flexibility enables varied-orientation palletizing of goods on warehouse shelves, mirroring real palletizing robots in fulfillment centers and distribution warehouses.
3-Axis Handling Arm: The dedicated handling arm streamlines linear pick-and-place between conveyor and shelf zones, teaching students how simplified kinematics can deliver higher reliability and throughput for specific tasks.
Conveyor Belt Transport: The conveyor connects the Mirobot work zone and the 3-axis arm work zone, teaching synchronous robot-conveyor coordination and multi-zone sequencing. These are the exact techniques used in real fulfillment centers.
Cyclical Workflow Simulation: Goods cycle through the cell continuously: loading, palletizing, transport, retrieval, and re-palletizing. Students see a full intralogistics workflow execute in real time and learn how to optimize cycle time and throughput.
Mechatronics Integration: The cell explicitly teaches the integration of mechanical structure (arms, conveyor), electrical systems (control box, sensors), and software (programming, vision-optional integration), representing advanced mechatronics technology.
Multi-Programming-Language Support: Mirobot's broad language support (Blockly, Python, C++, MATLAB, ROS) lets curriculum scale from K-12 introductory through university research using the same hardware platform.
Industry-Aligned Curriculum: Cell scenarios map directly to e-commerce fulfillment, retail distribution centers, and 3PL warehouse automation operations.

WLKATA Logistic Warehouse Cell with Mirobot palletizing goods on shelves

Applications

WLKATA Logistic Warehouse Cell in vocational training classroom

Vocational training institutes use the Logistic Warehouse Cell for certificate programs in warehouse automation and intralogistics. Students complete structured exercises: program the Mirobot for palletizing operations, configure the 3-axis arm for handling tasks, coordinate both arms via the master controller, and develop multi-zone sorting recipes. Skills transfer directly to warehouse technician and automation operator roles in e-commerce, retail distribution, and 3PL facilities.

University courses in industrial automation, supply chain engineering, and robotics integrate the cell into multi-semester courses covering warehouse operations, palletizing optimization, conveyor sequencing, sensor integration, and multi-robot coordination. Industrial engineering programs use the cell for production-system simulation and intralogistics optimization research. Capstone projects often extend the cell with vision systems, AI-driven sorting algorithms, or AGV integration using a WLKATA AGV Rover Set as a third element.

Corporate workforce development programs serving e-commerce, retail, and logistics industries use the cell for hands-on technician training. The dual-arm warehouse simulation directly mirrors the technology stack in modern fulfillment centers, providing trainees with first-day-on-the-job competency. R&D labs studying multi-robot coordination, warehouse throughput optimization, and human-robot collaboration in fulfillment also use the platform for benchtop research before scaling to industrial deployments.

Setup and Getting Started

Estimated Setup Time: 3-4 hours for unboxing, mechanical assembly, electrical connections, dual-arm calibration, and first integrated demo execution.

Step 1 - Unbox and Inventory: Verify the Mirobot Education Kit, 3-Axis Robotic Arm, Conveyor Belt Set, bottom plate, accessory package (warehousing shelves, pallets, goods items), position sensors, and all cabling against the included packing list.
Step 2 - Mechanical Assembly: Position the bottom plate on a level work surface. Mount the Mirobot at its palletizing work zone position, mount the 3-axis arm at its handling work zone position, install the conveyor between them, and secure the warehousing shelves and pallets in the cell's defined positions.
Step 3 - Electrical Connections: Connect the master controller to both arms, conveyor drive, and position sensors. Verify all power and signal connections including emergency-stop wiring.
Step 4 - Install Software and Load Curriculum: Install WLKATA Studio, the Arduino IDE, and any cell-specific control packages on a host PC. Connect the PC to the master controller.
Step 5 - Calibrate Both Arms: Run the Mirobot calibration procedure to establish its work zone reference frame; run the 3-axis arm calibration for its work zone. Establish coordinate transformations between each arm and the conveyor.
Step 6 - First Demo Program: Load and run an included demo: the Mirobot palletizes goods onto warehouse shelves, the conveyor transports goods to the 3-axis arm zone, the 3-axis arm performs handling operations, and the cycle repeats. Verify the full cycle completes correctly.
Step 7 - Curriculum Onboarding: Begin student instruction with single-arm exercises before progressing to multi-arm coordination and full cell operation.

WLKATA Logistic Warehouse Cell (MT4 & Mirobot) setup and getting started guide

What's Included

WLKATA Mirobot Education Kit: 1 unit with pedestal (6-axis arm for palletizing)
WLKATA 3-Axis Robotic Arm: 1 unit (handling arm)
WLKATA Conveyor Belt Set: 1 unit
Bottom Plate: 1 unit (integrated mounting plate)
Accessory Package of WLKATA Mirobot Logistic Warehousing Sorting Line: 1 unit (includes warehousing shelves, pallets, and goods items)
Position Sensors: Sensor units for position detection in the cell
Cabling and Power Supplies: All required signal and power cabling between subsystems
Curriculum and Documentation: Setup manual, programming guide, and exercise materials

Note: An expanded variant of this cell adds a WLKATA Production Line Smart Base, Size Medium (Smart Base M) for enhanced mounting and integration. Confirm the specific configuration with WLKATA at order placement.

Documentation and Resources

Warranty Information

The WLKATA Logistic Warehouse Cell is covered by WLKATA's 1-year (12-month) standard warranty against manufacturing defects under normal educational use. Component-level coverage applies to the Mirobot, 3-axis arm, conveyor, and master controller.

Covered:

Mirobot Robotic Arm (Mechanical and Electrical): 12 Months Warranty
3-Axis Robotic Arm (Mechanical and Electrical): 12 Months Warranty
Conveyor Belt Set (Drive Motor and Belt Frame): 12 Months Warranty
Master Control Unit: 12 Months Warranty
Position Sensors: 12 Months Warranty
Accessory Package (Warehousing Shelves, Pallets, Goods): 6 Months Warranty

Not Covered:

Damage from operation outside specified environmental conditions
Physical damage from drops, impacts, or improper assembly
Wear on consumable parts including gripper fingers, conveyor belts, and accessory components
Damage from operating outside specified payload limits for either arm
Damage from third-party software or hardware modifications not approved by WLKATA
Damage from improper power supply, voltage spikes, or grounding faults

A valid proof of purchase from WLKATA or an authorized dealer is required for all warranty claims.

Frequently Asked Questions

Why does the cell use a 6-axis arm and a 3-axis arm together?

Different kinematic types suit different warehouse tasks. The 6-axis Mirobot excels at varied-orientation palletizing where goods arrive in different positions and need to be placed at varied orientations on shelves. The 3-axis arm excels at streamlined linear pick-and-place between defined positions where orientation flexibility is unnecessary. Real warehouses use both arm types extensively; the cell makes the architecture choice tangible.

What scenarios can the cell simulate?

Typical scenarios include: goods arrival at the Mirobot palletizing zone, transport via conveyor to the 3-axis arm handling zone, retrieval from storage, and cyclical re-palletizing. Custom scenarios extend to specific industry simulations like e-commerce parcel handling, retail SKU sorting, and pharmaceutical pick-pack operations.

What's the role of the position sensors?

Position sensors detect goods on the conveyor and at pick-up/place-down positions, enabling closed-loop motion. Without sensors, arms would execute timed-only sequences with no feedback. With sensors, the cell achieves real industrial automation behavior: detect arrival, execute pickup, verify completion. Students learn sensor-integration logic essential for industrial automation roles.

Is the WLKATA product page showing this cell as coming soon?

The current WLKATA product page may display a placeholder while the page is being updated. The product configuration and curriculum content above are sourced from documented legacy WLKATA product specifications and the official Mirobot user manual. Verify the current configuration with WLKATA before final listing if the WLKATA page has not yet been updated.

Can the cell extend to include AGV-based mobile manipulation?

Yes, with an additional WLKATA AGV Rover Set (sold separately). Adding an AGV creates a three-element warehouse simulation: stationary arms at fixed work zones, mobile AGV transporting goods between zones beyond the conveyor's reach. This extended configuration mirrors real warehouse operations using AMRs (autonomous mobile robots) for inter-zone transport.

What end-effectors are best for warehouse simulation?

Suction cups suit large flat-surface goods like boxes; pneumatic grippers suit irregular-geometry goods; electromagnetic grippers suit ferrous-metal goods. The cell typically ships with grippers appropriate for the included accessory package goods. For custom scenarios, WLKATA supports a broader end-effector catalog.

How does the cell compare to the AI Automatic Sorting Cell and Automobile Assembly Cell?

The Logistic Warehouse Cell focuses on warehouse and intralogistics scenarios using a 6-axis Mirobot and 3-axis handling arm. The AI Automatic Sorting Cell focuses on AI vision-guided sorting using OpenCV. The Automobile Assembly Cell focuses on multi-station automotive assembly with welding simulation. Schools teaching broad smart-manufacturing curriculum often deploy multiple cells.

What student skill level is appropriate for the cell?

The cell supports a range. High school students using Blockly complete introductory palletizing and conveyor exercises. Community college students using C++ via Arduino develop coordinated dual-arm sorting algorithms. University students using Python and ROS2 integrate vision, AI, or AGV mobility in capstone projects.

Can the cell be extended with vision systems for AI-driven sorting?

Yes. WLKATA's AI Vision Set integrates with the cell as an optional expansion, enabling vision-guided palletizing or vision-driven sorting at either work zone. This is a common curriculum extension for schools that want both warehouse simulation and vision-AI training on the same platform.

Is the Smart Base M variant required, or is the standard configuration sufficient?

The base configuration (Mirobot + 3-Axis Arm + Conveyor + Bottom Plate + Accessory Package) is sufficient for the cell's core curriculum. The expanded variant adding a WLKATA Production Line Smart Base, Size M provides enhanced mounting integration and a more polished benchtop presentation. Vocational programs typically choose based on budget; university and research deployments more often choose the Smart Base M variant for production-quality presentation in lab demos and research publications.

What protection do I get buying through RoboticsSelect as an authorized WLKATA dealer?

RoboticsSelect is an authorized WLKATA dealer, so the full 12-month manufacturer warranty applies to all Logistic Warehouse Cell purchases. Authorized dealer status ensures warranty claims are processed through verified channels. For schools and institutions purchasing multiple cells or committing to multi-year curriculum partnerships, RoboticsSelect supports institutional purchase orders and dealer-direct support.

WLKATA Logistic Warehouse Cell (MT4 & Mirobot)

WLKATA Logistic Warehouse Cell (MT4 & Mirobot)

Overview

Specifications

Key Features

Applications

Setup and Getting Started

What's Included

Documentation and Resources

Warranty Information

Covered:

Not Covered:

Frequently Asked Questions

Customer Reviews

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