Skip to main content
Automated Continuous Strip Electroplating Production Line
Automotive | Automated Plating Lines
TCA Technologies designed and built a turnkey automated continuous strip electroplating production line for a customer requiring a reliable, production-ready process for applying a controlled metallic deposit to raw strip material used in subsequent manufacturing operations. The system was engineered to support consistent electroplating results while maintaining operator safety, process control, careful strip handling, and traceable production data.
The project encompassed process layout development, equipment concepting, detailed mechanical design, in-house manufacturing, automation controls, strip handling, fluid handling, and system validation. TCA has delivered multiple continuous strip electroplating line configurations for similar production requirements, including a recent prototype line developed to expand process capability while protecting customer-specific chemistry and product details.
Highlights
System Description
Raw strip material is fed through dedicated strip handling, guidance, contact, and tension-control features designed to maintain consistent orientation, electrical engagement, and process exposure while minimizing the risk of scratches, dings, burrs, edge damage, or other handling-related defects. The production line operates automatically during normal processing, with operator-assisted coil or material changeover, bath maintenance, and selected production support activities.
Strip material is conveyed continuously through a sequence of process tanks for cleaning, activation, plating, rinsing, and related process steps. The system integrates controlled agitation, temperature management, rectifier control, line-speed control, dwell timing, and solution-level monitoring to maintain stable process conditions during production.
Custom-engineered strip contact assemblies, guides, rollers, and transfer mechanisms ensure repeatable electrical engagement and controlled exposure through each process zone. Process recipes can be configured to support different strip formats, deposit targets, line speeds, and operating parameters while maintaining consistent quality.
Following processing, production data and recipe parameters can be logged to the customer's data collection or MES system, enabling traceability, quality review, and continuous improvement.
Key Outcomes
- Repeatable continuous strip electroplating process for raw strip material used in downstream manufacturing operations
- Improved process consistency through controlled strip speed, dwell time, chemistry management, electrical parameters, tension control, and careful strip handling
- Reduced operator exposure through guarding, ventilation provisions, and automated material handling during normal production
- Scalable platform suitable for prototype development, process validation, and production deployment
System Capabilities
- Automated strip feed, take-up, transfer, and processing with operator-assisted coil or material changeover and bath maintenance
- Programmable process recipes for product variations
- Integrated rectifier control for consistent plating performance
- Rinse, drag-out, and effluent management features to support efficient and environmentally compliant operation
- Data collection and traceability through MES integration options
Typical throughput: Application-dependent based on strip geometry, deposition requirements, line speed, dwell time, operator changeover activities, and automation level
Engineering and Design Execution
Mechanical & System Design
- Fully designed and engineered by TCA
- 3D modeling in SolidWorks
- In-house manufacturing using CAD/CAM systems
- Non-metallic tanks, stainless frames, and equipment design suited to the process environment
- Custom layout developed around customer footprint, service access, and production flow
Controls & Integration
- Safety PLC-based control platform with recipe-driven parameters
- HMI for operator interface, alarms, diagnostics, and process visibility
- Integrated safety controls, guarding, and access interlocks
- Custom parameterization, dwell control, and optimization
- MES and data collection integration where required
Process Station Design
- Multiple process tanks for continuous strip cleaning, activation, plating, rinsing, and related preparation or downstream process steps
- Controlled rectifier output with recipe-based current or voltage control settings
- Custom strip contact, guide, roller, or support tooling for reliable electrical engagement and damage-conscious material support
- Integrated monitoring for critical process conditions such as level, temperature, material speed/dwell and equipment status
System Components
Structural & Safety
- Guarded enclosure or controlled-access line layout based on application requirements
- Ventilation and exhaust provisions coordinated with the process environment
- Corrosion-resistant materials selected for tanks, supports, covers and surrounding equipment
Strip Handling
- Dedicated feed and take-up areas with customer-specific strip guidance, support, and contact design to reduce handling damage
- Automated strip movement during normal production with operator-assisted coil or material changeover depending on line configuration
Validation, Delivery & Support
- Full system validation at production cycle rates (at customer site)
- Complete installation and commissioning support
- Operator training (on-site)
- Comprehensive documentation package, including:
- Operation Manual
- SolidWorks assembly drawings
- Electrical schematics
- PLC and HMI code
Warranty: 2 years or up to 6000 operating hours
Typical Lead Time: 8-12 months, depending on line size, automation scope, process complexity, and supplier lead times
TCA Value Delivered
This project demonstrates TCA's ability to deliver custom continuous strip electroplating automation from concept through commissioning. By combining robust mechanical design, process-aware automation, corrosion-resistant fabrication, controls integration, careful strip handling, and validation support, TCA delivered a flexible automated production platform with operator-assisted changeover and maintenance that helps customers improve repeatability, throughput, and production traceability while protecting confidential product, chemistry, and end-use details.