WLKATA Automobile Assembly Line |Training Solution|

WLKATA Automobile Assembly Line |Training Solution|

Name: WLKATA Automobile Assembly Line |Training Solution|
Brand: Wlkata
SKU: WL-PL-Aa-Tec3-C1
Price: 6990.00 USD
Availability: InStock

Authorized Dealer

SKU WL-PL-Aa-Tec3-C1

$6,990.00 - $6,990.00

$6,990.00

$6,990.00 - $6,990.00

$6,990.00

Availability:

in stock

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WLKATA Automobile Assembly Line

Overview

The WLKATA Automobile Assembly Line is a Mirobot-based training cell that simulates an automobile production line on a desktop. Modeled on a real car production scene, it demonstrates automotive processes such as assembly, welding, and inspection, giving students a hands-on view of how industrial robots are used in the automotive industry, the sector where they are most widely applied.

The cell is an effective combination of people and machines, and it reflects the flexibility of modern equipment. It brings together a WLKATA Mirobot robotic arm, a conveyor system, accompanying end effectors, and measuring equipment to meet the assembly requirements of automotive parts, and it integrates AI and sensor technologies for intelligent control.

WLKATA Automobile Assembly Line training cell

Specifications

WLKATA Automobile Assembly Line stations and layout

System
Type	Desktop automobile assembly training cell
Robotic Arm	WLKATA Mirobot (6+1 axis)
Simulated Processes	Automotive assembly, welding, and inspection
Integration
Systems	Conveyor system, end effectors, and measuring equipment
Control	Arduino MEGA 2560 based, with AI and sensor integration
Interface	Touch screen control (on the touch-screen version)

Key Features

Realistic Automotive Simulation: Modeled on a real car production scene, showing assembly, welding, and inspection.
Human-Machine Collaboration: Combines people and machines to reflect the flexibility of modern production equipment.
Integrated Systems: Brings together a Mirobot arm, conveyor, end effectors, and measuring equipment.
Intelligent Control: Integrates AI and sensor technologies for automated operation.
Touch Screen Operation: The touch-screen version lets users start and manage the workflow simply.

WLKATA Automobile Assembly Line workstations in operation

Applications

WLKATA Automobile Assembly Line in a training program

The assembly line is used to teach automotive manufacturing automation in vocational and university programs. Because industrial robots are most widely used in the automotive industry, this cell gives students a concrete, hands-on introduction to how robots, conveyors, and sensors work together on a production line.

Students learn how a robotic arm coordinates with a conveyor, end effectors, and measuring equipment to complete assembly tasks, building practical understanding of factory automation and quality inspection.

Setup and Getting Started

Unbox and inspect: Check the arm, conveyor, end effectors, and control components for shipping damage.
Assemble the cell: Set up the base, conveyor, and Mirobot arm following the handbook.
Connect control: Wire the Arduino MEGA 2560 control system and, if included, the touch screen.
Calibrate: Calibrate the arm and sensors to the workspace.
Run a demo: Run an assembly sequence to see the coordinated workflow.

WLKATA Automobile Assembly Line installation

What's Included

Robotic Arm: WLKATA Mirobot (per configuration)
Systems: Conveyor system, end effectors, and measuring equipment
Control: Arduino MEGA 2560 based control box, with touch screen on the touch-screen version
Documentation: Curriculum and setup materials
Note: Exact contents vary by configuration

Documentation and Resources

Developer Community (GitHub): github.com/wlkata

Warranty Information

The WLKATA Automobile Assembly 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 Automobile Assembly Line solution simulate?

A desktop simulation of automotive production modeled on a real car production scene: a WLKATA Mirobot arm working with a conveyor system, end effectors, and measuring equipment to demonstrate assembly, welding, and inspection processes, with curriculum and setup materials aligned to industrial automation training. It is a teaching tool, not a real automotive line.

Is it a single arm or multiple arms?

The listing specifies a WLKATA Mirobot 6+1 axis arm, and WLKATA notes that exact contents vary by configuration; the touch-screen Automobile Assembly Cell, WLKATA's fuller version of this scenario, uses three Mirobot arms (one Professional Kit and two Education Kits). Contact us to confirm the arm count for the configuration you need. Multi-station operation teaches multi-robot coordination, line-balancing concepts, and station-handoff timing, the core of real automotive automation engineering.

What programming knowledge is required to operate it?

Running the included demonstration sequence requires no programming. Customizing the operations or designing new line configurations means programming the Arduino MEGA 2560 based control box in the Arduino environment (C++, or WLKATA's BlockFactory block editor) and the Mirobot arm through WLKATA's software and Python SDK, plus a basic understanding of multi-robot coordination. Suitable for vocational technical students through engineering undergraduates depending on customization depth.

Can it teach actual production-line concepts?

Yes for the conceptual layer. Students learn line balancing, station handoff, parts feeding, and quality-control checkpoints. The physical scale (small parts on a small conveyor) does not match real automotive scale, but the principles transfer directly. WLKATA builds the line for vocational and university automation programs.

How big is the setup?

WLKATA describes the line as a desktop training cell but has not published its assembled dimensions or shipping weight. Plan for a lab table with room for the Mirobot arm, the conveyor, and a computer. Contact us for the current package dimensions and weight.

Does it integrate with PLCs or industrial communication protocols?

No PLC interface, Modbus link, or sample PLC programs are listed for this line. The cell is coordinated by an Arduino MEGA 2560 based control box that integrates AI and sensor inputs, and the Arduino platform can be programmed to exchange signals with external equipment, but that is a student project rather than an included feature. For PLC-focused training, ask us about WLKATA's Haro380 kits, which are built for PLC coursework.

Is curriculum included?

Yes. The line ships with curriculum and setup materials covering assembly of the cell, coordination of the arm with the conveyor, end effectors, and measuring equipment, and the simulated assembly, welding, and inspection processes. WLKATA does not publish a lesson count for this line; contact us for the current curriculum outline.

What warranty applies?

12-month warranty on the Mirobot robotic arm 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. RoboticsSelect handles warranty service for the integrated solution.