Custom Manual Nickel Plating Equipment for Flexible Batch Production

Manual Electroplating Line

This manual electroplating line is designed for plating applications that require flexible process handling, straightforward operation, and controlled equipment investment. The operator manually performs loading and unloading, as well as the vertical lifting and horizontal transfer of the workpieces between process tanks.

The manual configuration allows the operator to adapt the processing sequence to different workpiece types and plating requirements without relying on a fully automated transfer system.

The Custom Manual Nickel Plating Equipment is designed for industrial nickel electroplating applications that require flexible operation and customized process configurations. The manual system allows operators to control workpiece transfer between individual process tanks according to the required plating sequence.

The equipment can be configured with nickel plating tanks, rinsing tanks, rectifiers, heating systems, filtration and circulation systems according to the workpiece material, dimensions, production volume and required coating specifications.

Equipment Construction

Heavy-Duty Steel Frame
The main line structure is fabricated from A3 carbon steel and finished with an external epoxy coating to provide additional protection against moisture and corrosive environments. The frame color can be customized according to the customer's requirements.

Chemical-Resistant Process Tanks
Process tanks are available in PP, PVC, or PVDF. The appropriate tank material is selected according to the chemical characteristics of the plating solution, providing suitable resistance to different corrosive chemicals.

Electrical Control Configuration

Although material transfer is manually operated, the electrical control system uses industrial-grade components to support stable operation and convenient process management.

• PLC: Mitsubishi Electric, Japan

• Inverter: Mitsubishi Electric, Japan

• Touch Screen: Kunlun Technology

• Proximity & Photoelectric Sensors: Omron

• Contactors & Thermal Relays: Omron

The control cabinet is designed with an organized internal layout for easier operation, inspection, and maintenance. Wiring is clearly arranged and identified with corresponding line numbers, while operating components are labeled in English for convenient use by overseas operators.

The cabinet enclosure is designed to provide protection against moisture and corrosive conditions commonly found in plating environments.

Flexible Manual Operation

The manual transfer configuration provides operators with direct control over the movement of workpieces between individual process stations. This is particularly suitable for applications where:

• Different products require different plating sequences

• Production volume does not justify a fully automatic transfer system

• Frequent process adjustments are required

• Operators need direct control over workpiece handling

• A practical and economical plating solution is preferred

Key Advantages

• Manual Transfer: Loading, unloading, vertical lifting, and horizontal movement are manually performed.

• Flexible Process Handling: The processing sequence can be adjusted according to different plating requirements.

• Corrosion-Resistant Construction: PP, PVC, and PVDF tank options accommodate different chemical environments.

• Reliable Electrical Components: Mitsubishi and Omron components are used for the control and electrical system.

• Easy Maintenance: Clearly organized wiring and labeled control components simplify inspection and maintenance.

• Customizable Configuration: Tank materials, equipment dimensions, frame color, and other configurations can be adapted to customer requirements.

• Cost-Efficient Solution: The manual configuration reduces automation complexity and is suitable for small-batch and flexible production.

Technical Specifications

Typical Nickel Electroplating Process

Loading → Degreasing → Water Rinsing → Acid Activation → Water Rinsing → Nickel Plating → Water Rinsing → Post-Treatment → Drying → Inspection

The actual process sequence depends on the substrate material, nickel plating chemistry, coating requirements and customer's production process.

Quality Control

Before shipment, the nickel plating equipment can be inspected according to the agreed technical configuration and project requirements.

Quality control may include:

• Tank material inspection
• Tank welding inspection
• Structural frame inspection
• Piping connection inspection
• Rectifier inspection
• Heating system inspection
• Filtration system testing
• Pump and circulation testing
• Electrical cabinet inspection
• Equipment trial operation
• Final inspection before shipment

FAQ

1. What is manual nickel plating equipment used for?

Manual nickel plating equipment is used to deposit a nickel coating onto suitable metal substrates through an electrolytic plating process. It is suitable for customized production and applications where operators need flexible control over workpiece handling.

2. Can the nickel plating equipment be customized?

Yes. Tank dimensions, process sequence, heating, filtration, rectifier capacity and auxiliary equipment can be customized according to the workpiece and production requirements.

3. Is manual nickel plating suitable for small-batch production?

A manual configuration can be suitable for small or medium production volumes, especially when different workpieces or plating processes need to be handled flexibly.

4. What auxiliary systems can be included?

The equipment can be configured with rectifiers, heating systems, filtration, circulation pumps, piping, rinsing tanks, exhaust systems and other auxiliary equipment according to the process requirements.

5. Does Greatwell provide customized plating line design?

Yes. Greatwell provides customized plating equipment design based on workpiece requirements, plating processes, production capacity and factory layout.