JI HENG TECHNOLOGY

Automotive Parts Coating Lines

Purpose-built coating systems for bumpers, bus components and other automotive parts.

Custom DesignAutomated / ManualProject-Specific EnergyTurnkey Project
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Automotive Parts Coating Lines equipment viewAutomotive Parts Coating Lines equipment viewAutomotive Parts Coating Lines engineering detail
From Our Product Catalog

Documented equipment and process scope

The catalog identifies automotive applications and illustrates bus-related coating, material handling and integrated assembly environments. Automotive part fixtures, cycle time and coating steps require project-specific design.

The catalog shows application areas; it does not provide a complete specification for every automotive component type.

Equipment shown or described

  • ✓Painting rooms
  • ✓Mechanized conveying
  • ✓Lifting and logistics equipment
  • ✓Automation control
  • ✓Integrated line interfaces

Source: JI HENG TECHNOLOGY product catalog, PDF pages 4, 8, 10, 13, 17.

View English product overview (PDF) →
Core Subsystems

Inside the complete system

These are the engineering modules to review for this type of system. Final configuration follows the approved project scope.

MODULE 01

Part Loading & Fixtures

Fixtures and loading methods developed around bumpers, bus parts and automotive subassemblies.

MODULE 02

Pretreatment

Cleaning and preparation stages configured for substrate and corrosion requirements.

MODULE 03

Automated Application

Robot or reciprocator-based application for repeatable coverage and finish control.

MODULE 04

Flash-Off & Curing

Process stages matched to the approved liquid or powder coating system.

MODULE 05

Conveying & Buffering

Material flow, buffers and line interfaces aligned with the production takt.

MODULE 06

Inspection Integration

Inspection, rain-test or downstream interfaces can be integrated where required.

Project-Specific Parameters

Configured by technical agreement

These are design inputs, not a fixed model specification. No standard dimensions, capacities or performance figures are asserted without a confirmed project drawing and calculation.

Maximum workpiece sizeDesigned to the approved workpiece envelope and handling method
Production capacityCalculated from takt time, shifts, loading and process dwell time
Coating and curing processSelected for the substrate, coating material and finish specification
Conveying methodOverhead, floor, accumulation, indexed or custom handling
Energy and controlsAgreed for available site utilities and the required control platform
Environmental systemSelected from coating material, exhaust condition and local requirements

The customer and engineering team confirm the destination country, installation site, applicable laws and standards, technical parameters and acceptance criteria in the signed project documents. Custom design does not by itself establish certification or legal compliance.

Applicable Workpieces

Designed around the product

Discuss the workpiece, substrate and finish with our team. These application areas are planning examples; the gallery photos may show other configurations.

Bumpers
Bus components
Exterior parts
Automotive subassemblies
Product Gallery

More views of this equipment series

Selected photos from the supplied product image library. These views may represent different projects and configurations.

Related Equipment References

See more documented views before requesting a design

These classified equipment photographs come from the supplied image library. Customer identity, installation date and process settings are not yet verified as case-study data.

Technical Evaluation

Bring your requirements to our engineering team

Request a project-specific layout and engineering scope for internal evaluation.

Request Engineering Scope

Planning automotive parts coating lines?

Send us your workpiece or process details, production target and factory layout for an application-specific proposal.

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