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Electroless nickel plating is widely used when manufacturers need consistent coating thickness, corrosion protection, wear resistance, and reliable coverage on complex components. JUNDA develops automated surface-finishing equipment designed for controlled nickel-phosphorus deposition, including PLC operation, automatic chemical dosing, temperature regulation, and gantry handling. Its system is suitable for applications involving blind holes, internal surfaces, precision parts, and demanding industrial environments.

Junda technicians are currently carrying out the installation of an exhaust gas treatment tower on the rooftop of an electroplating workshop. This installation involves complex technical procedures and requires careful coordination throughout the entire process.

At Junda’s manufacturing site, technicians are assembling the exterior decorative panels for avertical lifting electroplating production line. Through multiple procedures including positioning, alignment, calibration, and fastening, the panels are installed accurately to achieve a neat and structured appearance while maintaining practical protection functions.

For factories involved in hardware manufacturing and metal surface treatment, selecting the right automated electroplating equipment supplier is important for achieving stable production and long-term operation.

Junda has developed a new-generation vertical lifting electroplating line designed to support efficient and continuous production of small and medium-sized workpieces. By combining a circular track, vertical lifting carriers, and PLC-based automatic control, the system helps streamline electroplating operations while reducing the need for manual intervention.

For manufacturers handling fasteners, automotive components, electrical hardware, and other small metal parts, JUNDA's Low-Rail Gantry Barrel Zinc Plating Line provides an automated approach to bulk zinc electroplating. Its low-rail structure is particularly useful where ceiling height is limited, while rotating barrels and programmable process control support consistent coating across complex components.