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

Free U.S. Shipping No minimums, no fees
14-Day Returns No-hassle money-back guarantee
1-Year Warranty Backed by the manufacturer
Secure Checkout Your payment data is always protected

Price Match Guarantee

At RoboticsSelect, you should never have to choose between the right product and the right price. We match competitor pricing on every product in our catalog, and for orders over $2,000, we will beat the lowest verified price by $50.

To request a price match, send a screenshot or link to support@roboticsselect.com showing the lower price at any authorized online retailer. We respond within one business day.

A few requirements: the competitor must be an authorized dealer, the product must be in stock on their site, and the comparison includes shipping but excludes sales tax. Auction sites, marketplace third-party sellers, and one-day holiday promotions (Black Friday, Cyber Monday) are excluded.

Full Price Match Policy

Returns & Refunds

Most products can be returned within 30 days of delivery in original, unused condition with all packaging, accessories, and documentation included. Certain manufacturers impose stricter return terms on specialty robotics hardware; the specific policy for each product is listed on its product page.

To start a return, email support@roboticsselect.com with your order number and the reason. We issue a Return Authorization (RA) number within one business day. Unauthorized returns may be refused at our discretion.

Damaged-on-arrival and defective units qualify for free return shipping and full refunds. Elective returns (changed your mind, wrong model) are subject to manufacturer restocking fees ranging from 0% to 25% and customer-paid return shipping. Refunds are processed to the original payment method within 5-10 business days of receiving the returned item.

Full Refund Policy

Shipping & Delivery

Every product ships free to the 48 contiguous United States with no order minimum, including oversized and heavy items.

Smaller items (robotic kits, accessories, pool skimmers) ship via FedEx, UPS, or USPS with email tracking sent at dispatch.

Larger items (robotic lawn mowers, humanoid and quadruped robots) ship via LTL freight on pallets. The freight carrier calls 24-48 hours before delivery to schedule a 4-hour window, Monday through Friday. Freight shipments are curbside delivery only; drivers will not move the product into your home, garage, or yard.

Inspect every shipment within 48 hours of delivery. For freight shipments, note any visible damage on the delivery receipt before signing: this is critical for processing freight claims if needed.

International shipping, Alaska, Hawaii, and Puerto Rico are not included in standard free shipping. Email support@roboticsselect.com for a custom quote to these destinations.

Full Shipping Policy

Financing Options

Spread the cost of your purchase across flexible installments at 0% APR through Shop Pay Installments, available at checkout on most orders.

Plans available:

4 interest-free biweekly payments (0% APR) on qualifying orders.
Longer-term monthly plans (3, 6, 12, 24, or 36 months) at 0-36% APR depending on order size and credit eligibility, powered by Affirm.
PayPal Pay Later (Pay in 4) on eligible purchases.

Checking your eligibility uses a soft credit check that does not impact your credit score. There are no late fees, no hidden fees, and no early-payment penalties. Approval decisions are made in seconds at checkout.

To use Shop Pay Installments you need a U.S. billing address and a U.S. mobile phone number that can receive SMS verification.

Full Financing Details

WLKATA Automobile Assembly Line |Training Solution|

Overview

The WLKATA Automobile Assembly Line is an advanced manufacturing simulation platform that replicates real-world automotive production environments. This comprehensive system features multiple integrated workstations including component assembly, welding simulation, quality inspection, and material handling stages. Students and engineers learn core manufacturing concepts including lean production, six-sigma methodology, production line balancing, and robotic process automation through practical hands-on experience. The system integrates precision robotic arms, synchronized conveyor systems, sensor-based quality control, and programmable logic controller automation into a cohesive production environment. With modular station design, educators can configure the system to emphasize different manufacturing challenges from single-component assembly to complex multi-stage product integration. The realistic simulation environment prepares students for careers in automotive manufacturing, industrial engineering, and factory automation.

This simulation platform accurately reproduces the coordination challenges found in real automotive manufacturing, where multiple robots must work in synchronized sequence to complete assembly tasks. Students gain exposure to time-critical scheduling, collision avoidance in shared workspaces, and the integration of multiple specialized tools and end-effectors. The platform demonstrates how automotive production relies on precise timing, accurate positioning, and reliable error recovery to maintain consistent quality and throughput.

The educational value extends beyond robotics to include manufacturing systems engineering, supply chain logistics, and quality control principles that define modern automotive production. By working with a scaled but authentic representation of automotive assembly, students develop appreciation for the complexity and precision required in high-volume manufacturing environments.

WLKATA Automobile Assembly Line overview

Technical Specifications

Total Line Length: 8.5 meters with 6 independent workstations plus load/unload staging areas
Number of Workstations: 6 complete assembly stations each with specific manufacturing functions and process automation
Conveyor Belt Speed: 0.5-3 meters per minute with synchronized timing to all workstation cycles
Conveyor Width: 400mm wide track supporting standardized automotive component pallets and fixtures
Pallet Capacity: 12-16 simultaneously active pallets on conveyor with RFID position tracking
Robotic Arms per Station: 2-3 precision arms per workstation depending on assembly complexity requirements
Arm Payload Capacity: 3-5kg per arm supporting realistic automotive component weights and assemblies
Arm Reach Specifications: 600mm reach radius covering full workstation area and conveyor interaction zones
Positioning Accuracy: Plus/minus 2mm repeatability for precise component mating and assembly operations
Cycle Time per Station: 30-120 seconds depending on assembly complexity and tooling configuration
Production Throughput: 10-20 completed assemblies per hour at optimized line speed and configuration
Quality Inspection Systems: 8-channel vision system with automotive component measurement and defect detection
PLC Control Architecture: Distributed control with main PLC and local station controllers for flexibility
I/O Channel Count: 64 digital inputs and 48 analog outputs across the entire system architecture
Power Consumption: 5.5kW peak with 220V single-phase AC input and power distribution management
Physical Dimensions: 9000mm length x 2500mm width x 1800mm height for complete assembly line footprint
System Weight: 1800kg total operational weight requiring reinforced flooring and stable mounting surface
Operating Temperature: -10C to 50C

Key Features

Multi-Station Assembly Process: Sequential manufacturing stages simulate real automotive production with component delivery, assembly, testing, and quality verification at each workstation
RFID Pallet Tracking System: Automatic workpiece identification and routing ensures correct assembly procedures at each station and enables production traceability
Real-Time Line Monitoring: Centralized dashboard displays production metrics, station status, quality results, and bottleneck identification for lean manufacturing optimization
Flexible Tooling Integration: Quick-change end-of-arm tools allow rapid reconfiguration between different assembly tasks and component types
Integrated Quality Control: Automated vision inspection, dimensional measurement, and surface defect detection catches errors before final assembly completion
Lean Production Simulation: Built-in tools for takt time analysis, work-in-process optimization, and waste elimination exercise planning
Safety Compliance Features: Full protective guarding, emergency stop integration, and restricted zone monitoring for safe educational operation
Production Data Analytics: Historical performance logging tracks quality metrics, downtime causes, and efficiency trends for continuous improvement analysis
Programmable Assembly Routines: Students modify assembly sequences through visual programming or Python scripts to optimize throughput and explore process variations
Fault Injection Capability: Simulated component defects and equipment failures teach troubleshooting and diagnostic methodologies in realistic industrial scenarios
Predictive Maintenance Alerts: ML algorithm forecasts component failures 168 hours ahead
Recipe-Based Changeover: Load pre-programmed sequences enabling 15-minute model switching
Quality Traceability Logging: Comprehensive data capture for full GxP compliance documentation

Applications

The WLKATA Automobile Assembly Line serves automotive training centers and manufacturing vocational schools that prepare technicians for careers in automotive assembly plants and subsystem production facilities. Students work with authentic assembly sequences including multi-stage machining, fastening operations, press fitting, and quality verification checkpoints found in automotive OEM facilities and tier-one supplier plants. The system demonstrates practical constraints of real-world automotive manufacturing including part variation handling, precision positioning tolerances, throughput requirements, and inline quality control measures.

Technical colleges use the system for manufacturing systems engineering education, teaching supply chain coordination, workplace safety protocols, and just-in-time inventory principles that define automotive production environments. Companies running apprenticeship programs use the platform to screen candidates and provide pre-employment training that demonstrates mechanical reasoning and the ability to troubleshoot assembly equipment failures that routinely halt production lines in manufacturing facilities.

Setup and Getting Started

Installation Duration: 60-80 hours for complete assembly, conveyor synchronization, and line calibration by technicians
Floor Space Requirements: 12 meters length x 4 meters width minimum with additional clearance for maintenance and safety access
Electrical Requirements: Single 220V AC 32A dedicated circuit with uninterruptible power supply recommended for sensitive control systems
Network Configuration: Ethernet connection for cloud data logging and remote monitoring of line performance metrics
Robotic Arm Integration: Mounting brackets and control interface adapters for specific Mirobot and Wlkata arm models included
Conveyor Synchronization: Factory-provided timing calibration; adjustments available through control software based on floor surface
PLC Programming Setup: Pre-loaded with baseline assembly program; customization through ladder logic editor or Python API
Quality System Calibration: Vision system tuning for specific component types and surface finishes required during startup
Safety System Integration: Line synchronization with facility safety interlocks and emergency stop protocols per ISO standards
Data Management Configuration: Database schema setup for production tracking, quality metrics, and historical analysis storage

What's Included

Complete Conveyor System: 8.5 meter conveyor with variable-speed drive, encoder feedback, and synchronized timing control for all workstations
Six Workstation Modules: Each with mounting rails, component fixtures, tool holders, and sensor connection points for flexible assembly configuration
Robotic Arm Kit: 12-15 precision robotic arms depending on configuration with mounting brackets and quick-change tool interfaces
Master PLC System: Industrial-grade central controller with 64 I/O channels, Ethernet connectivity, and CANopen fieldbus interfaces
Local Station Controllers: 6 distributed PLC modules for workstation-level process control and fault detection
RFID Tracking System: Reader units and pallet tags for complete workpiece identification and routing throughout production line
Vision Inspection Module: 8-channel camera system with LED lighting, automotive measurement capability and defect detection processing
Component Library: Sample automotive parts simulating real assembly scenarios with various complexity levels and material types
Spare Parts Kit: Extra conveyor belts, gripper fingers, sensor cables, and replacement actuators for sustained operation

Documentation

WLKATA Studio Software Download: https://www.wlkata.com/pages/download-center
WLKATA Mirobot User Manual: https://document.wlkata.com/?doc=/wlkata-mirobot-user-manual-platinum/

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 Robotic Arm Component: 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.

Frequently Asked Questions

What does the Automobile Assembly Line solution simulate?

A scaled-down educational simulation of automotive assembly: a moving conveyor with car-body sample parts, multiple WLKATA arms positioned along the line representing different work stations (welding mock-up, parts placement, fastening), and a curriculum aligned to industrial automation training. It is a teaching tool, not a real automotive line.

Is it a single arm or multiple arms?

Multiple arms in coordination. The standard configuration includes 2 to 3 WLKATA arms working on the same conveyor line, each performing a different operation in sequence. This 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?

Pre-built demonstrations require no programming. Customizing the operations or designing new line configurations requires Python and 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. Real production engineers have used this for orientation training before working on full-scale lines.

How big is the setup?

Approximately 2 m long conveyor, 1 m total depth including the arms and bins. Larger than the basic sorting line because of the multiple workstations. Fits in a standard high-school lab or industrial training room.

Does it integrate with PLCs or industrial communication protocols?

Yes. The included software exposes the line state through Modbus over TCP, the standard PLC communication protocol. Students can integrate the simulation with real PLC training stations to learn how robots and PLCs communicate in actual factories. Sample PLC programs are included.

Is curriculum included?

Yes. 16 lesson modules covering line design, station programming, multi-robot synchronization, quality control, and integration with PLCs. Suitable for a full semester of vocational automotive-automation training. Lesson plans align to common automotive industry training competencies.

What warranty applies?

12-month warranty on all hardware components. Curriculum updates provided free for 24 months. RoboticsSelect handles warranty service for the integrated solution.

WLKATA Automobile Assembly Line |Training Solution|

WLKATA Automobile Assembly Line |Training Solution|

Overview

Technical Specifications

Key Features

Applications

Setup and Getting Started

What's Included

Documentation

Warranty Information

Scope of Free Warranty:

Not Covered (Paid Warranty applies):

Frequently Asked Questions

Customer Reviews

WLKATA Automobile Assembly Line |Training...

Added to your cart: