1,200 T/M Semi-Automatic Anodizing and Electrophoresis Line for Agricultural Machinery Parts in Zimbabwe

Market Background

Zimbabwe’s agricultural sector relies on a wide range of machinery and equipment that must withstand outdoor conditions, dust, moisture, and regular use. Aluminum components used in these applications often require surface treatment to improve corrosion resistance and appearance. For local manufacturers, setting up an in-house anodizing and electrophoresis line can reduce dependence on external finishing services and shorten production cycles.

Customer & Application Scenario

A manufacturer in Zimbabwe needed a complete line for finishing ordinary agricultural machinery parts. The required process was conventional anodizing combined with electrophoresis. The line was specified as semi-automatic, with a target capacity of 1,200 tons per month and a delivery time of 120 days.

The customer’s goal was to integrate anodizing and electrophoresis into one production flow for regular agricultural parts. After delivery and commissioning, the line entered production and has now been running for one month.

Our Solution

We provided a turnkey anodizing and electrophoresis line covering the full process chain: pre-treatment, conventional anodizing, electrophoresis, rinsing, and related handling stages. The line is configured for semi-automatic operation, combining automated process control for key stages with manual loading and unloading where operational flexibility is required.

The project scope included line design, equipment manufacturing, shipment, installation, commissioning, and operator training. The system was delivered within the agreed 120-day schedule and reached production status after commissioning.

Project Summary & Key Technical Parameters

Note: Process parameters are configured according to specific alloy, part geometry, and finishing requirements. Detailed specifications are available on request.

Customer Feedback

The customer has confirmed that the line entered production one month ago and is now part of regular manufacturing operations. They selected a semi-automatic configuration to balance process control with operational flexibility. According to the customer, the integrated anodizing and electrophoresis setup supports their agricultural machinery parts finishing needs in daily production.

Conclusion

This project reflects a practical turnkey approach for anodizing and electrophoresis in Zimbabwe. With a capacity of 1,200 T/M, a 120-day delivery schedule, and one month of production operation, the line demonstrates how a complete anodizing solution can be planned, delivered, and integrated into an active manufacturing environment. For manufacturers seeking similar capacity for agricultural machinery parts, a semi-automatic line with conventional anodizing and electrophoresis can reduce coordination complexity and support faster production start-up.